Обзор обновлений продукции

Обзор обновлений продукции
Обзор обновлений
продукции
Киев
апрель 2016
1
Приобретение компаний
Hampshire
R&E
HI-TECH
ZeroG
SST
Adv Silicon
Products
Oct „08
Apr „09
Mar „09
Jan „10
Apr „10
Oct „10
Touch Screen
Controllers
Security/
Life-Safety
ASICs
Development
Tools/
Compiler
Low Power
Embedded
Wi-Fi®
High-Density
Flash/IP
Motor Drive
Products
2
Приобретение компаний
LSS
MMT
LSS
Ident
Roving Networks
SMSC
Feb „11
Oct „11
Feb „12
Apr „12
Aug „12
Assembly &
Test Capacity
Expansion
HighSpeed
ADC
Gesture Recognition
and Proximity
Bluetooth® and
Wi-Fi® Solutions
MOST®
USB & Ethernet
Wireless Audio
PC Controllers
3
Приобретение компаний
Novocell
EqcoLogic
Supertex
ISSC
Micrel
Jun ‟13
Nov ‟13
Apr ‟14
Sep „ 14
Aug „15
Non-VolatileMemory IP
Equalizer and
Coaxial
Transceiver
Products
High Voltage
Mix signal
Analog, LED
Drivers,
Medical &
Industrial
Bluetooth IP
Audio
and
Data
ICs and
Modules
Power Mgmt
Linear
Timing
HS Comms
Ethernet
Wireless
4
Приобретение компаний
Atmel
Apr ‟16
8-, 32-bit MCU,
Touch, Automotive, Wireless,
SmartEnergy, Memory, Drivers &
Sensors, Security, Programmable
Logic, Analog, RadHard,
5
Предоставляет комплексные
решения
RF
Transmit/Receive
Sensors
Digital Pot
Precision
Voltage
Reference
Amplifiers
Filters
High Voltage
I/Os
IR
Communications
Motors
Drivers
Power
Drivers
A/D
D/A
Power
Non-volatile
Memory
Power
Management
- Regulators
- Supervisory
Microcontrollers
LCD
Drivers
LED
Drivers
Serial SRAM
Transceivers
- RS232/485
- CAN bus
- USB
Bus
Communication
- CAN bus
- USB
Digital
Peripherals
- PWM
- RTCC
Encryption
(Keeloq® ICs)
Speech
Co-Processing
Smoke Detector
ICs
Piezoelectric
Horn Drivers
6
Темы
Wireless
USB Power Del.
Memory Products
LoRa Technology
Embedded I/O Controllers
Micrel High Level Overview
Internet of Things
8-bit MCU
Clock and Timing Products
Ethernet
16-bit MCU/DSC
USB
Code Configurator
Sensor Hub / Motion Monitor
32-bit – PIC32/Harmony
Gesture
High-Speed ADC
Touch
Analog Power Products
Video over Coax
Digitally Enhanced Analog Power
USB Charging
Other Analog
Supertex
Limited EOL Policy
7
Обновления по
беспроводным технологиям
WiFi, Bluetooth, Sub-GHz
Return to Topics
Wireless Portfolio
Technology
Protocol
Markets
Market
Driver
Network
Stack
Freq.
Embedded
Wi-Fi
IEEE 802.11
b/g/n
Widespread
Commercial
Industrial
Internet
TCP/IP
2.4GHz
Embedded
Bluetooth
IEEE
802.15.1
Widespread
Commercial
Industrial
Smartphone
BT v2.1,
BT Audio,
BTLE
2.4GHz
Cost
Local Network
MiWi, BT,
ZigBee,
RF4CE,
LoRa
Sub-1GHz &
2.4GHz
Embedded
Wireless
Proprietary or
Vertical
IEEE 802.15.4 HA, SEP, Sensors
9
Wi-Fi Modules
Lower
Power
SSL
support
MRF24WG0MA/B
802.11 Radio
RN1723
RN131 C/G
b/g
MRF24WN0MA/B
b/g/n (2.4GHz Only)
Tx Power
+18dBm
+12dBm
+18dBm
+18dBm
Power
Consumption
4mA power save
95mA Rx
240 max Tx
4uA Sleep
15mA DOZE
40mA Rx
120mA Tx
4uA sleep
40mA Rx
200 max Tx
5uA sleep
64mA Rx
246mA max Tx
Antenna
u.FL / PCB
RF pad
Chip/u.FL
u.FL / PCB
TCP Stack
On PIC MCU
Integrated
On PIC MCU
MCU Support
16/32 bit PIC MCU
Any 4/8/16/32 bit
16/32-bit PIC MCU
Certifications
FCC/IC/EN/KC/
NC/Telec
Wi-Fi Alliance
FCC/IC/EN
KC/NCC
Wi-Fi Alliance
FCC/IC/EN
KC/NCC/Telec
Wi-Fi Alliance
FCC/IC
Others in progress
12
RN1723-I/RM100
Low-Power Wi-Fi Module


RN-style “stack on-board”
Ultra low power features:








Sleep (~ 4uA) / DOZE (Standby) (15mA)
~ 40% faster IP address acquisition than RN171
SSL/TLS security runs on external MCU
FW/Data updates via UART supports Linux and Mac
Better (“faster”) SSID selection in crowded networks
New Dynamic HMTL Web-Pages Support
Footprint compatible w/ RN171 – not FW compatible
Development Support: RN-1723-EK
40% Lower published pricing
13
MRF24WN0MA-I/RM100
Key Features
Microchip
SPI
MRF24WN0MA
Complete Solution!
• Compatible with Harmony TCPIP
stack
• SPI Interface to Host MCU
• Optimized for Embedded Designs
• Compact size: 27 x 18 mm
• 2.4GHz only module
• Security: WPS, WPA-PSK,WPA2PSK,WEP,TKIP
• HTTP Server, Client, SNTP, DHCP, DNS, FTP,
TFTP, SMTP, SNMP, Telnet
• SSL/TLS Server and Client
• IPv4 & IPv6 supported
• Multiple socket support
• RTOS support
• Multiple demo examples
Development Tool
• PICtail / PICtail Plus for
Microchip dev. board
compatibility
• Harmony Compatible
• Demo Code
• PN: AC164153; $34.95
14
WPD Wi-Fi Roadmap
New
Wi-Fi Module
802.11 b/g/n
WiFi IC
MRF24WN0MA
Harmony
MRF24WN0MB
Harmony
RN1810
Stk On
RN171/131
TCP Stk On
RN1723
Low-Pwr
802.11 b/g
MRF24WG0MA
Harmony/MLA
MRF24WG0MB
Harmony/MLA
802.11 b
MRF24WB0MA
MLA
MRF24WB0MB
MLA
802.11 b/g
802.11 b
New
MRF24WG0
RN1811
Stk On
RNG2C547
MRF24WB0
Legacy
Available
Developing
15
RN1810 / RN1811
Key Features

Microchip
UART/SPI
RN1810/1811




Coming
Soon!
IEEE 802.11 b/g/n
TCP/IP stack on the Module
HTTP Server, Client, SNTP, DHCP, DNS
SSL/TLS Client
IPv4 & IPv6 supported
Optimized Embedded Solution




RN1810: UART MCU interface, simple WiFly ASCII commands
RN1811: SPI MCU interface, up to 10Mbps
Security
 WPS, WPA-PSK, WPA2-PSK, WEP, TKIP
PICtail / PICtail Plus Development Board
 Standalone mode and USB Interface
 Demo code
17
Bluetooth Audio
Module Roadmap
20
Bluetooth Data
Module Roadmap
23
Bluetooth 4.2

Faster Data Sync


In 4.2, BTLE up to 2.5x higher throughput with a huge packet
capacity increase – nearly 10x more versus previous versions.
Highly Secure


Features FIPS-compliant encryption ensuring confidential data
stays that way.
LE Security Mode 1 Level 3 & 4 (Highest LE Security level)
25
BM70/71/RN4870
BTLE Modules

Complete solution




UART command interface
Bluetooth® 4.2 compliant


BM71
Available
soon!
6mm

8mm

Stack onboard
Shielded with Antenna options
Bluetooth SIG certified
Footprint compatible w/
BM77/RN4677 Dual-Mode
Downloadable GUI for
configuration (BMxx)
Certification testing
completed!
26
Beacons

The BM70 and BM71 BTLE Modules
support both iBeacon & Eddystone™

Standard beacons are provisioned at a particular spot
(like a coat rack in a retail store)

When in proximity to a beacon it invokes an application
(such as a loyalty app) on your phone.

The app can then communicate with the cloud and log
that you are in the particular retail store and send you
offers and incentive coupons.

iBeacon
Eddystone™
There is no two-way communication with the beacon!
34
Beacons

BeaconThings® is a Firmware configuration in
IS1870/IS1871 based products.

It enables two way communication between the
Smartphone and the Beacon enabled accessory.

It works like a standard Beacon and can invoke an app when an enabled
Smartphone is near.

It works like a peripheral and can exchange data with the Smartphone App.

BeaconThings minimizes manual Intervention in App &
Accessory Communication / Updates

Target Applications: Health & Fitness, Home Automation,
Industrial, etc.
35
How Does BeaconThings®
Help You?
Beacon & Connect
Advertisements
Beacon
Detected
Application
is Invoked
User is Authenticated
It‟s me Olivier!
Auto Retrieval of info
Weight, Body Composition, etc.
Improved User Experience
36
SIP
Module
Embedded Wireless (EWS)
Portfolio
MRF89XAM8A
TRx
MRF89XAM9A
TRx
PIC12F1840T39
A
Tx
PIC12F529T39A
Tx
IC
MRF39xAMx
TRx
MRF49XA
TxRx
PIC16F1824T39
A
Tx
MRF89XA
TxRx
MRF39RA
Rx
Today
* Legacy is not recommended for new design.
PIC12F529T34A
Tx
MICRF220,
MICRF112, Tx
Micrel
Rx
MICRF113, Tx
Sub-G
MICRF219A,
Devices
MICRF114,Tx
Rx
2015 2H
PICxxxxT39A
TRx
MRF39XA
TRx
2016 1H
Legacy
Available
Developing
39
Micrel Additions to EWS

Sub Ghz Transmitter and Receiver ICs
Transmitters
MICRF112
300-450Mhz,1.8-3.6V
MICRF113
300-450Mhz,1.8-3.6V
Receiver
MICRF220
300-450Mhz,3.0-3.6V
MICRF219A
300-450Mhz,3.0-3.6V
MICRF114
285-445Mhz,1.8-3.6V
40
Benefit of Micrel Wireless


Easy to use RF chips
Low power consumption



Small form factor and low pin counts



Tx: 6-10 pins, Rx: 16 pins
Tx: smallest 2x2mm, Rx: 5x6mm
Extended temperature range


0.05-0.2 uA sleep or shut down mode
Auto-Polling mode to save power
Extended 105C, or 125C for certain device
Competitive Price
41
What is
LoRa™Technology?


Proprietary wireless technology developed
by Semtech
Long range and low power consumption

At +14dbm output power, 868MHz:



Robust communication


Up to 5km range in urban environment, up to 15km suburban
>10 year battery life capability
Not susceptible to interference from Wi-Fi, Bluetooth,
GSM, LTE, etc
Improved network capacity

Connect more nodes, 100k to 300k nodes
44
LoRaWAN
Ideal for Internet of “Things”
45
Supports Private Networks
Scalable & Flexible Architecture Options

Private Network


Public Network


Individually managed networks, total end-to-end ownership
Telco operator managed networks, servicing subscriber nodes
Hybrid Network


Enterprise deployment of Nodes & Gateways, for specific area coverage
Provisioned to a commercial LoRaWAN server product
End Users
Products with Microchip
LoRaWANTM Modem
Telco Operator
LoRaWANTM
Gateways
LoRaWAN
Network Server
50
Public Network
Customer
App.
User Data Connection
MCHP Modem
UART
Customer
Server
App.
Data
base
Logical connection
GW is bypassed!
Parser
LoRaWAN
Slave
LoRaWAN
Master
Radio driver
Server IF
SPI
SX1276
Purchase
from LoRa service provider
Gateway
Packet Forwarder
Coax
SPI
UART
GPS
Concentrator
LoRa Node
Coax
PPS
TCP/IP
Network
Controller
CLOUD
52
LoRa™ Infrastructure
Benefits

Star topology with two-way communications




Easily connect millions of nodes to LoRa
concentrators
Adaptive data rate feature on Network server



Minimizes synchronization overhead, saves power consumption
from minimum synchronization and hops in mesh network
Not constrained to single application (ie, Zigbee)
Optimizes the network capacity, battery lifetime and creates a
fully scalable system
Strong ecosystem established with partners
Support local area network and nationwide
deployment
53
Introducing RN2483-I/RM
EU LoRaWAN™ Modem
Key Features
•
LoRaWANv1.0 Class-A “Golden Unit” Stack
•
Dual-band 434 & 868MHz, external antenna
•
Integrated filtering and matching circuits
•
I/O Expansion: 6x analog, 6x digital, UART, I2C
•
Compact size: 27 x 18 x 3 mm
•
European R&TTE Certifications
Complete Solution!
Development Tools
•
Integrates LoRa™ Radio, PIC MCU
& LoRaWAN Stack
•
PICtail for Microchip MCU kits
•
Mote for portable testing
•
Pre-tested against all major
LoRaWAN gateways & servers
•
Both support USB Interface
•
Simple ASCII Command Set
•
Example Code available
•
Optimized for Embedded Designs
•
Quick Time-to-Market
•
IEEE globally unique address included
57
LoRa™ Modem
RF Features

Tx output power:











Up to +18 dBm @ 915 MHz (FCC) - Adjustable
+14 dBm @ 868 MHz (ETSI)
+10 dBm @ 433 MHz
High sensitivity: down to -148 dBm
168 dB maximum link budget
Tx current: 40 mA typ at +14 dBm
Rx current: 14.2 mA typ
Sleep mode/ low power down mode: 1 uA typ
Excellent blocking immunity
FSK and LoRa
Programmable bit rate: 300bps – 5.5kbps (LoRa)
58
Internet of Things
Return to Topics
Ethernet
Return to Topics
Ethernet Roadmap:
PHYs
10/100
/1000
Mbps
KSZ9031
Low Power
EEE, WoL
LAN8820
RGMII
KSZ8061
QuietWIRE,
Deep Sleep, SQI
KSZ8091
Low Power
EEE, WoL
10/100
Mbps
KSZ8081
Low Power
LAN874xA
EEE, WoL
Focus Product
Functionality
82
KSZ8061
New!
Next Gen 10/100 PHY
Crystal
MII/RMII
KSZ8061
Ethernet
Magnetics
ASIC
SoC



Quiet-Wire® programmable
EMI Filter
LinkMD® link quality indicator
Fast start-up and link


Target Applications
• Automotive
• Avionics, Train
• Industrial
Controls
• Cameras, Sensors
• POS, Scanners
• Robotics
• Medical
• Printers
• UPS


Extended Temp Range (-40 to +105C)
EtherGREEN™ Low-Power ~
150mW total



Low-Fixed Latency
Ultra-Deep Sleep < 1uA
Signal detect wake-up
HP Auto-MDIX support with
IEEE 802.3ab specs at 10/100
Mbps operation
Extended Temp (105C)
64-pin or 48-pin QFN
83
KSZ9031
New!
Next Gen GigE PHY
Crystal
KSZ9031
Ethernet
Magnetics
ASIC
SoC
GMII /
RGMII/
MII/RMII



802.3az EEE and WoL
Cable Diagnostics
Low Power


Built in switching and LDO
regulator

Target Applications
• Industrial PC
• VoIP gateway
• SOHO/SMB
router
• Industrial Networks
• Security/Inspection
•MFP Printers
•STB

Operates from single 1.2, 2.5 or 3.3 volt
supply
Variable I/O voltage support




Commercial (0 to +85C), Industrial (-40 to +85C)
Voltage mode line driver

1.8V, 2.5V or 3.3V
Programmable LEDs (4)
HP Auto-MDIX support with IEEE
802.3ab specs at 10/100/1000
Mbps operation
Power Down modes
64-pin or 48-pin QFN
84
Ethernet Technology
Differentiators
Energy Efficient
•
Ultra-low power Ethernet PHY
•
EtherGreen™ Advanced Power
Management
•
Ultra Deep Sleep uA Standby
•
Highly Integrated, Reduced
BOM, Small Packages

Deterministic
•
EtherSynch® IEEE 1588v2 /
802.1AS synchronization
•
Fixed / Low Latency
transmission
•
AVB / Time Aware Traffic
Scheduling
Reliability
•
Quiet-WIRE® Enhanced EMC
•
LinkMD®+ Diagnostics (SQI*)
•
Network Fault Recovery
Robust energy efficient Ethernet for time sensitive networks
* SQI – Signal Quality Indicator
85
®
Quiet-WIRE
Enhanced
EMC

Reduced Radiated Emissions
Interoperable 100BASE-TX PHY technology
Enables use of low cost unshielded cable for most stringent applications



Quiet-WIRE® Reduced Emissions



Meets CSPR22 / 25 limits over low cost Unshielded Twister-Pair eg. CAN
Software programmable internal line filtering
Boot strap option to enable / disable
Example: 10-20dB
reduction > 30MHz
With QW
Without QW
Example: IEC61967 RF Emissions
87
®
Quiet-WIRE
Enhanced
EMC

Enhanced Noise Immunity



Interoperable 100BASE-TX PHY technology
Enables use of low cost unshielded cable for most stringent applications
Quiet-WIRE™ Enhanced Immunity



Meets Automotive and Industrial limits, BCI, DPI, IEC61000-4 etc.
Low cost UTP eg. „CAN‟ or similar
Extended cable reach, typically > 170m
KSZ8061 QW PHY
Error Free
1-1,000MHz / 39dBm
Typical PHY
Example: IEC62132 DPI Immunity
(DPI = Direct Power Injection)
88
Energy Efficient
EtherGREEN™

Patented low power PHY Technology

Advanced Power Management



Energy Detect Power Down
Flexible I/O Vdd supply
Ultra Deep Sleep Standby

Signal Detect wake up
Less than 1uA
Standby consumption
Example: Remote Sensor
91
Ethernet Transceivers
Product
KSZ8061
Quiet-WIRE®
KSZ8081
KSZ8091 LAN8710A LAN8720A LAN8740A LAN8741A LAN8742A
Ethernet
Bandwidth
Interrupt Pin
10Base-T/ 100Base-TX
Yes +
Signal Detect
Yes
Interface
10/100/1000Base-T
Yes
Yes
MII/RMII
RMII
MII/RMII
Wake-on-LAN
Yes
Yes
EEE
Yes
Yes
Yes
1.6-3.3
1.6-3.3
Vdd IO
1.8/2.5/3.3 1.8/2.5/3.3 1.8/2.5/3.3
LinkMD
Cable Diag
Signal Quality
Indicator
Power
Consumption*
Packages
Yes +
170mW
Total
+ uA standby
32/VQFN
48/VQFN
KSZ9031
1.6-3.3
1.6-3.3
RMII
MII/RGMII/GMII
Yes
Yes
Yes
1.6-3.3
X cntlr
X
X
Yes
155mW
Total
155mW
Total
256mW
Total
249mW
Total
269mW
Total
286mW
Total
286mW
Total
488mW Total
24/VQFN
32/VQFN
48/LQFP
24/VQFN
32/VQFN
48/LQFP
32/VQFN
24/QFN
32/QFN
32/QFN
24/QFN
48/VQFN 64/VQFN
Note: All products available in Commercial (0 to +85C) and Industrial (-40 to +85C) temperatures
* Includes Transformer
92
Ethernet Roadmap:
Bridges & Controllers
LAN7800
USB3.0 to GbE
WIN 8.1/10
Bridges
LAN9500
USB2.0 to 10/100
LAN7500
USB2.0 to
10/100/1000
KSZ884x / 886x
1& 2-Port
10/100 Controller
Controllers
KSZ8851/2
1& 2-Port
10/100 Controller
KSZ84xx
1 & 2-Port 1588v2
10/100 Controllers
LAN922x
1-Port
10/100 Controller
LAN9250
10/100 Controller
HBI,1588
LAN9252
10/100 2 & 3 Port
EtherCAT, FX
Pre-Production
Focus Product
Functionality
95
LAN9250
10/100 Enet Controller

8/16 Bit Local Bus Interface
GPIO
3.3V
Optional
EEPROM
I2C
LAN9250
IRQ
Interrupt
Controller
25MHz
Crystal
Ethernet

Target Applications
•Industrial PC
•VoIP gateway
•SOHO/SMB router
•Telecom
•Financial Transactions
•Industrial Networks
• Power Grid/Meter
•Security / Surveillance
•Transportation
•Mill/Aero




New!
IEEE 1588-2008 Compliant
 Supports UDP/IPv6 and
layer 2
 Transparent clocks
 Smaller packet size
 Increased update rate
IEEE 802.3u 100Base-FX Fiber
Interface
IEEE 802.3az EEE and WoL
Cable Diagnostics
Optional EEPROM support via
I2C
Integrated regulator enables
single 3.3V supply
Commercial (0 to +70C) Industrial (-40 to +85C) and
Extended temp. (-40 to +105C) supported
97
Ethernet Controller
Selector
Product
Ethernet
Bandwidth
ENC28J60 ENC624J600 KSZ8441 KSZ8462 KSZ885x LAN9217 LAN9218 LAN9220
10Base-T
8K
24K
Interface
SPI
SPI,
Parallel
1
Power
Consumption*
590mW
Total
Packages
28/QFN
28/SOIC
300mil
28/SPDIP
28/SSOP
208mil
LAN9250
10Base-T/ 100Base-TX
TX/RX RAM
Buffer(Bytes)
IEEE 1588
Wake-on-LAN
EEE
# of Enet ports
LinkMD
Cable Diag
LAN9221
1
64/TQFP
12KB(RX) 6KB(TX)
8/16-bit
8/16-bit
Yes
Yes
SPI,
8/16-bit
16K
16K
16K
16K
16K
16-bit
32-bit
16-bit
16-bit
SPI,
16-bit
Yes
Yes
Yes
Yes
Yes
Yes
Yes (8852)
1
2
1 or 2
Yes
Yes
Yes
330mW
Total
330mW
Total
330mW
Total
540mW
Total
540mW
Total
540mW
Total
522mW
Total
64/LQFP
64/LQFP
32-QFN,
48/LQFP
128/PQFP
100/LQFP
100/LQFP
56/VQFN
56/VQFN
1
1
1
1
1
Yes
56/VQFN
* Includes Transformer
98
Ethernet Bridge Product
Selector Guide
Feature
LAN9730
LAN9500A
LAN9512
LAN9513
LAN9514
LAN7500
Ethernet Bridge
HSIC to 10/100
USB2.0 to
10/100
USB2.0 to
10/100
USB2.0 to
10/100
USB2.0 to
10/100
USB2.0 to
10/100/1000
USB Hub Ports
0
0
2
3
4
0
External PHY
interface
MII
MII
-
-
-
-
NetDetach™
Technology
Yes
Yes
-
-
-
Yes
Wake-on-LAN
Yes
Yes
Yes
Yes
Yes
Yes
PME Support
Yes
Yes
-
-
-
Yes
3.3V to 1.2V
3.3V to 1.2V
3.3V to 1.8V
3.3V to 1.8V
3.3V to 1.8V
None
Package
QFN56
QFN56
QFN64
QFN64
QFN64
QFN56
Power Typical
Device Only (3.3V)
235mW
228mW
763mW
857mW
951mW
620mW
Integrated
Regulator
99
Ethernet Roadmap:
Switches
KSZ947x
3 & 7 Port GbE
1588v2, AVB, RR
KSZ956x
3 & 7 Port GbE
1588v2, AVB
10/100/1000
Mbps
KSZ87xx
4-5 Port 10/100
GbE Uplink
KSZ989x
3-7 Port GbE
KSZ856x
3-7 Port QuietWIRE
1588v2, AVB
KSZ8463
3 Port 1588v2
10/100
10/100
Mbps
KSZ88xx
2-5 Port 10/100
LAN9352/3/4/5
2-3 Port, 1588v2, FX
HBI, SPI/SQI/MII/RMII
Pre-Production
LAN9303
2-3 Port 10/100
Focus Product
Functionality
101
3-Port Switch Selector
Product
Ethernet
Bandwidth
KSZ8863
KSZ8873
KSZ8463
10Base-T/ 100Base-TX /100Base-FX
Interface
LAN9303
10Base-T /
100Base-TX
LAN9353
LAN9354
LAN9355
10Base-T/ 100Base-TX /100Base-FX
MII / RMII
RMII
MII
Wake-on-LAN
Yes
Yes
Yes
Yes
EEE
Yes
Yes
Yes
Yes
1.6-3.3
1.6-3.3
1.6-3.3
Vdd IO
LinkMD
Cable Diag
1.8/2.5/3.3
1.8/2.5/3.3
1.8/2.5/3.3
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
IEEE 1588
3.3
Power
Consumption*
520mW
Total
520mW
Total
330mW
Total
640mW
Total
555mW
Total
555mW
Total
555mW
Total
Packages
48/LQFP
64/LQFP
64/LQFP
56/QFN
64/ QFN,
64/ TQFP
56/ QFN,
88/ QFN,
80/ TQFP
* Includes Transformer
104
4 to 9-Port Switch Selector
Product
Ethernet
Bandwidth
# of Enet Ports
KSZ8864
KSZ8895
KSZ8795
10Base-T/ 100Base-TX
/100Base-FX
KSZ8794
KSZ8775
KSZ8765
KSZ8999
10Base-T/
100Base-TX
/100Base-FX
10Base-T/ 100Base-TX w/ GigE Uplink
4
5
5
4
5
5
9
MII / RMII
(x2)
MII / RMII
(x2)
GMII / RGMII
MII / RMII
RGMII
MII / RMII
RGMII
MII / RMII
GMII, RGMII
MII / RMII
MII, SNI
Wake-on-LAN
Yes
Yes
Yes
Yes
EEE
Yes
Yes
Yes
Yes
Interface
Vdd IO
1.8/2.5/3.3
1.8/2.5/3.3
1.8/2.5/3.3
1.8/2.5/3.3
1.8/2.5/3.3
1.8/2.5/3.3
Yes
Yes
Yes
Yes
Yes
Yes
Power
Consumption*
253mW
Total
435mW
Total
560mW
Total
430mW
Total
460mW
Total
560mW
Total
1472mW
Total
Packages
64/QFN
128/LQFP
128/ LQFP
80/ LQFP
64/QFN
80/LQFP
80/LQFP
208/ PQFP
LinkMD
Cable Diag
3.3
* Includes Transformer
105
What is EtherCAT®

Industrial Ethernet


Ethernet for Control and Automation Technology
Advantages


Uses standard Ethernet cabling
Requires only low-cost slave controller


Flexible topologies w/ or w/o switches or hubs


No dedicated card or co-processor
Switch/Hub req‟d if not only EtherCAT devices on network
Lower cost and easier to implement
106
LAN9252 Features
EtherCAT Slave

EEPROM
(optional)
EtherCAT
Master
Magnetics
Microprocessor/
Microcontroller
Local Bus
LAN9252


RJ45
Local Bus,
SPI, QSPI
Magnetics
RJ45
PHY
RJ45
25MHz
2/3-port EtherCAT slave
EtherCAT
Slave
EtherCAT
Slave


Target Applications
• Motor Motion Control
• Process / Factory Automation
•Communication Modules
• Interface cards
• Sensors
• Hydraulic & Pneumatic Valve
systems
• Operator Interfaces
Commercial (0 to +85C) Industrial (-40 to +85C) and
Extended temp. (-40 to +105C) supported
Interfaces to most 8/16/32-bit
embedded controllers

EtherCAT
Slave




SPI/SQI PIC32MZ
Dual integrated 10/100 PHY’s


3 Field Bus Memory mgmnt units
4 Sync managers
Auto-MDIX
Low power mode
1.6V to 3.6V variable I/O voltage
IEEE 802.3u 100Base-FX Fiber
Interface
Cable Diagnostics
Integrated 1.2V regulator enables
single 3.3V supply
108
USB Products
Return to Topics
USB Transceivers Value
Proposition




Broadest portfolio of USB transceivers
High functionality in small package sizes
Lowest standby current
Unique integrated features:



ESD and OVP
USB switch for high quality audio switch
Design savers:



PHY Boost for signal integrity (programmable)
VariSense for signal recognition (programmable)
Flexible clocking support

All major frequencies including ULPI Clock 60Mhz in, crystal
resonator, and multi-frequency
112
USB Hub Product Plans
In Production
• USB5537B-6080AKZE
• USB5534B-6080JZX
• USB5533B-6080JZX
• USB5532B-6080JZX
USB55XX
USB3.0- 2/3/4/7 Port Hubs
BC1.2 support
A-B Connector
USB57XX
USB3.0- 4 Port Cntl Hub
FlexConnect, Bridging
A-B or C Connector
In Production
• USB5734/ML
• USB5744/2G
Concept
Design
USB251x/253x/460x
USB2 - 2/3/4/7 Port Hubs
BC1.2 support
Existing
Time
116
USB2 Controller HUB (UCH)
“Smart Hub”

What is a Smart hub?





Standard hub functionality
Fully USB Compliant
USB Logo
But with additional features
Key features


USB Bridging functionality
Enables “direct I/O bridging”


Supports “Flex Connect”



SMBus, GPIO, UART, SPI
OTG “like” port reversal
Port0 and Port1 reverse
Commercial, Industrial, and
Automotive support
118
FlexConnect Example #1

A USB hub that can role swap
between Host and Device


Head Unit starts as Host
Cell phone becomes Host after
negotiation with Head Unit
Port0
DEVICE
HOST
Smart Hub
DEVICE
HOST
Port1
Port2
Port3
Dedicated Dedicated
Charger
Charger
123
USB Controller Hub?

More than just a USB Hub!

I2C, UART, GPIO bridging
 Host has direct access to registers
 Added system control via the hub
GPIOs
Down 4
Host
GPIOs
Down 3
Upstream
UCH2
Down 2
Down 1
UART
I2C
I2C
Fan Controller
RS232 Bridging
LCD Display
…also supports battery charging!
125
USB3.0 HUB Product Line
Summary of our existing and proposed new USB57xx Family
USB5734 USB5744
Features
# of Downstream Ports (U3/U2)
Package
4
64QFN
4
56QFN
USB5537B USB5534B USB5537B USB5534B
6080
6080
5000
5000
4/3
4
3
2
72QFN
64QFN
72QFN
64QFN
PD Only
PD Only
PD Only
PD Only
UCH (USB Controller Hub)
FlexConnect Supported
Custom Configuration - OTP, SPI, SMB
BC1.2, Apple, RIM, China, DCP, CDP
External Strapping Options (BC, PR, PD)*
Protouch Confguration Utility
PT2
PT2
PT1
PT1
PT1
PT1
65nm
65nm
130nm
130nm
130nm
130nm
SDK
Industrial Temp (-40⁰C to 85⁰C)
Design Process
* PD = Port Disable
5/5/2016
New USB3.0 Smart Hub Products
128
Motion Monitor and Sensor
Hub
Motion Solutions
Return to Topics
Wide Range of Target
Applications
This creates an opportunity to take this
technology into many different products
Laptops/Tablets
Physical
Therapy
Gaming
Toys
Remotes
Stabilization/
Positioning
Robots
Transportation
Wearables
Smart Farms
130
Motion Application
Development Not Trivial!

Complex algorithms req‟d to filter,
compensate, and fuse the raw
sensor data
This requires specialized knowledge
 Is also resource intensive


Most vendors focused on large
OEMs
Difficult to get support from some
 Harder to get samples, technical support,
distribution, etc.

131
What products do we
have?

Motion Co-Processors



17mm
For embedded and IoT applications
Filters, compensates, and
combines the raw sensor data


17mm
MM7150 - Motion Module


SSC7102-AB00 - Windows® 8.x
SSC7150-AB0 – Embedded and IoT
Outputs position and orientation data to
host MCU via I2C
Pre-programmed with sensor
fusion algorithms
132
MM7150 Motion Module
(range 2.3v – 3.6v)
133
Easy to Develop
Active
Blinking LED
Power
LED
In Stock
@
MM7150
Motion
Module
I2C
+
Explorer 16 Board
(Part Number: DM240001)
MM7150 PICtail™ Plus Daughter Board
(Part Number: AC243007)
•
•
•
•
•
Plugs directly into Explorer16 board
Outputs raw sensor data, compensated
sensor data, and positioning data
Standardized API for most MCUs with I2C® to
communicate with MM7150 Motion Module
MPLAB project with sample code to
communicate with the PICtail
available now
•
•
•
•
•
Large installed base
Interface with various PIC® MCUs by swapping
Plug-In-Modules (PIMs)
• PIC MCU demo code provided
C Reference Code provided (on Savo)
Works with MPLAB® IDE, Programmer,
Debugger, Compiler
available now
135
GestIC
Return to Topics
GestIC Technology Basics




Utilizes Electrical Near Field (E-field) sensing for
advanced proximity sensing
E-Field generated by electrical charges
Field distortion by a user translated into 3D tracking
and gestures
Very low power consumption since nearly no energy
is transferred
undisturbed field
hand influences
Demo
137
Battery Efficiency
mW
lowest power consumption
>
of any 3D sensing technology
up to
90% lower than
camera systems
150µW to
max 100mW!*
always-on 3D sensing
*@ 3.3V
GestIC®
…even for mobile devices
Other
138
Key Features
0 to 15cm detection range
fast data sampling at 200Hz
32-bit signal processing unit
mouse-like resolution of 150dpi
70-130kHz range - no RF interference
no environmental influences
self wake-up at 150µW – Low Power!
Colibri Gesture Suite on-chip
139
On-Chip Colibri Suite
Features
Approach Detection
Flick Gestures (8)
Colibri Suite of GestIC features that
are pre-processed on MGC3130
Circle Gestures (4) NEW
Single
Airwheel
Symbol Gestures (TBD)
Position Tracking
(xyz)
Requires MGC3130
NEW
Single Touch
(5 positions on electrodes)
Requires MGC3130
+ Electrode Signals
140
Topology
… or MGC3130
Gestures done right. MGC3x30.
141
GestIC Roadmap
2D Multi-Touch and 3D Gesture
2D Multi-Touch & 3D Gesture Controller
3D Gesture Controller
MGC3430
3D: 5RX + TX
2D: 48 RX/TX
Features
MGC3130
3D Positioning and Gestures
5RX, 1TX channels
32bit MCU @ 22.5 MHz
32k Flash, 12k RAM
I²C, QFN28
MGC3030
Gestures Only
5RX, 1TX channels
I²C, SSOP28
32bit MCU @ 40 MHz
128k Flash, 32k RAM
I²C, USB
64L/48L QFN
Aurea v1.3
New Gestures
Gesture enhancements
•
•
More cost efficient product
Lower cost of manufacturing
•
In development
In production
(2015)
•
SSOP28L
For real-time positioning use MGC3130
Size/Channels
142
MGC3030

It‟s all
about gestures
I2C + EIO interface


Gesture Port = mapping of gestures to EOIs
Gesture Port enables gestures for ALL products.
Feature focused
Further
simplified
design in

utilizes GestIC design-in tool set
www.microchip.com/gesticgettingstarted

One step
design in




AUREA SW suite (V1.2 or later)
Reference designs / Electrode Design Guide
Interface Manual
Reference Host codes
SSOP28L package

Cost efficient
manufacturing
143
GestIC Development Kits
5” Reference Electrode
Frontside view
5” Reference Electrode
Backside view
(no components)
MGC3x30 Unit
Each Kit contains
1 physical 5” Reference Electrode and
I2C
USB
design / gerber files for
6 additional Reference Electrodes
MGC3130 Hillstar Development Kit
PN: DM160218
I2C
to USB Bridge
MGC3030 Woodstar Development Kit
PN: DM160226
Connection to PC / Aurea GUI / MGC3x30 /
System Paramterization
<
144
Touch Solutions
Return to Topics
Firmware
Turnkey
Product Portfolio Overview
1D
2D
3D
Proximity,
Keys and Sliders
X-Y Screens/Pads
Position and Gestures
X-Y-Z Position
3D Gestures
MTCH1xx
MTCH6xxx
MGC3xxx
1-2 Keys, Proximity
Standalone Operation
I2C interface,
Single/Multi Touch
2D gestures
Lowest Power
3D Position Sensing
Gesture Recognition
GesturePort
CAPxxxx
3-14 Keys, Sliders
Proximity
I2C interface
PIC® framework
Supports 8/16/32 bit
Free download
Complete Access
Use Standard ADC
Easy Integration
PIC® framework
Supports 8/16/32 bit
Royalty free License
Complete Access
Use Standard ADC
Path to Integration
148
Proximity/Keys/Slider
Flexibility to Customize
PIC® Microcontroller Solutions
Firmware Based Solution
CAP1xxx
From 3 to 14 Channels
Up to 11 LEDs drivers
Signal Guard, I2C/SPI
MTCH102
MTCH105
MTCH108
1 channel
Low Cost
2 channels
Active
Guard
5 channels
Active
Guard
5 channels
Active
Guard
1
2
MTCH101
4
6
8
Channels
16
>16
149
MTCH1xx Turnkey
Controller
Easiest Capacitive Touch Controller for direct replacement of
mechanical buttons!

Up to 8 capacitive touch sensing buttons



Digital or I2C interface to any MCU



Buttons and proximity with Guard Option
One input – one output per button
HW only configuration
Digital outputs require no host software
High noise performance and water resistant
150
MTCH10x Evaluation
Boards

MTCH101


MTCH112


PN: DM160220;
PN: DM160221;
MTCH108

PN: DM160229;
151
CAP11/12xx Turnkey
Touch Controller

Up to 14 capacitive sensing channels



Setup using Graphical User Interface



Programmable sensitivity w/ individual thresholds for each button
Available LED driver support


Supports proximity
Automatic recalibration
Up to 11 LEDs in CAP11xx devices w/ easy setup via GUI
I2C/SPI Interface to any MCU
Small Packages

8-pin 2x3 DFN to 32-pin QFN
152
CAP1xxx Evaluation Boards
CAP1298 Evaluation Board
PN: DM160223
CAP1188 Evaluation Kit
PN: DM160222
153
Graphical User Interface (GUI)






Check the signal from each sensor
Tune the threshold for each sensor
Change sensitivity and gain
Set up the LED drivers
Change any parameter available in
the CAP controller
Save the configuration to create the
host driver
154
Proximity, Keys, and Sliders
mTouch and RightTouch
Flexibility to Customize
PIC Microcontroller Solutions Firmware Framework
MTCH102
MTCH112
MTCH105
MTCH108
2 channel
Active Guard
Digital I/O
5 channel
Active Guard
Digital I/O
8 channel
Active Guard
Digital I/O
2 channel
Active Guard
Digital I/O
CAP1166
CAP1188
CAP1114
6 channel
6 LED drivers
I2C
8 channel
8 LED drivers
I2C
14 channel
11 LED drivers
I2C
CAP1133
CAP1126
CAP1128
3 channel
3 LED drivers
I2C
6 channel
2 LED drivers
I2C
8 channel
2 LED drivers
I2C
MTCH101
CAP1105/6
1 channel
Low Cost
Digital I/O
5/6 channel
I2C
1
2
4
6
Return to Topics
8
16
Channels
>16
155
Scalable Turnkey Touch
Solutions
Touch Pad/Screen
Touch
Pad/Screen
Controller
I2C
MTCH6102
MTCH6301
MTCH6102
Host
MCU
MTCH6301

MTCH6102 for lowest power single touch and gestures


MTCH6301 for multi-touch and gestures




Up to 15 channels (example 6 x 9)
Supports 13 x 18 channels (approx. 4.3” size)
Up to 10 simultaneous touches
Works with PCB, FPC, glass & film sensors
Built-in noise detection and filtering
156
Touch Pad/Screen Tools
DM320015 – for multi-touch and 2D gestures
+ PIC32-based Graphics
MTC
H
6301
DM320016 – for multi-touch and 2D gestures
DM160219 Draw
for low power single touch
and gestures
Utility
Return to Topics
159
Projected Capacitive
X-Y Touch Sensing, Screens and Touch Pads
Next Gen PCap
2016 1H
Multi-Touch
MTCH64xx
48L, 64L QFN
48 Rx Channels
Multi-touch Gestures
Adv AFE w/high SNR
MTCH6303
64 pin QFN/TQFP
Up to 28 Input Ch.
Features
Fast sampling, Adv DSP
Low Power
MTCH6302
Multi-touch Gestures
MTCH65x Support
Multi-touch Gestures
MTCH6102
28 pin 4x4QFN
Up to 15 Channels
Single Touch
Lowest Power
Single Touch Gestures
MTCH6301
44 pin QFN/TQFP
Up to 13x18 Channels
10 Finger Multitouch
Single Touch Gestures
High Voltage
Drive Option
MTCH650/2
28 pin 4x4 uQFN
Voltage Boost/Drive
(18V)
<21 Tx Channels
In planning
In development
In production
Approx 4.3” & under
8”, up to 10” w /2 MTCH652
10”-12”+
Size/Chan
160
MTCH6303
New Multi-Touch PCap
•
•
•
•
•
Large Sizes: Up to 10” (down to 4”)
Noise robust: 10V IEC61000-4-6)
Boost: use MTCH652 for 18V TX drive
Fast: 5 Fingers @ 100hz**
Integrated Gestures: Tap, Swipe,
Pinch/Zoom, Scroll
•
•
Both USB and I2C
Flexible: Based off of
PIC32MX430F064H
** speed and performance are sensor dependent
161
Video Over Coax
Ecqologic
Return to Topics
Ecqologic Equalizer
Equalization technology overcomes degradation of digital
signals due to attenuation over an electrical conductor
Compensation applies to conductor length limitations, data rate
restrictions or both


Transmission Line
Transmission
Line Driver
Digital
Receiver
Equalizer
-20
40
-30
-40
-50
×
-60
30
20
10
Reconstructed Signal
+30
+20
+10
˭
10
100
Frequency
1000
0
-10
-20
0
1
Amplitude (dB)
50
Gain (dB)
-10
Ad
ap
Co tive E
mp
en quali
sat zer
ion
Equalizer Gain
60
le
ab
gC
sin
rea gth
Inc Len
Amplitude (dB)
Cable Attenuation
0
-30
1
10
100
Frequency
1000
1
10
100
1000
Frequency
163
Enables Re-Use Coax
Ethernet
HD-SDI
Firewire
Machine Vision

Coax
Transceiver
Transceiver
Ethernet
HD-SDI
Firewire
Machine Vision
Extends…
Ethernet and HD-SDI out to nearly 500m
 Firewire up to 50m
 Machine Vision up to 100m

... All using existing Coax
164
End Products
171
USB Port Power Controllers
Return to Topics
USB Port Power
Controllers?



VBUS power switch + USB switch
Emulates a wall charger signature
Current sensor to monitor
performance
175
What‟s the Challenge?

Design a USB port to charge
EVERYTHING!
176
USB100X
USB Port Power Controllers

What is it?


A USB charging port with wide compatibility
Why are we better and why we win?
Program new charging emulation profiles
 Dynamically allocation of power when
required
 Measure performance for best user
experience

177
USB Port Power controller
Benefits (1 of 4)

Active cable compatibility



Up to 16W Charging



Lightning® connector compatibility is a must
Apple® Lightning™ connector is an active cable often
misidentified as a device
One of the few solutions to allow 16W charging for new devices
including the iPhone® and iPad®
Quicker charging (higher current) is possible
Popular Device Compatibility


Standard products prioritize Samsung and Apple® device
charging
Optional programmable profiles for wider compatibility
178
USB Port Power controller
Benefits (2 of 4)

Device Recognition / Learning mode



Ability to update charging profiles to accommodate
new devices



Determine the best charging current & preferred devices
Device Recognition / use last profile
Protected 8 months into a 12 month cycle
Automatic port shutdown after charging
USB Power allocated based on system needs


Current sensor and programmable current limit
I2C / SMBus communication
179
USB Port Power controller
Benefits (3 of 4)

Dead Battery Charging




No negotiation - supply min current (ie. 100mA)
Gives device CPU time to wake-up, detect a connection.
UCS discharges Vbus, begin normal negotiation
Current Measurement Capability




Allows discovery of best charging current
Known device – Present latest charge profile
Update a profile
Power allocation
180
USB Port Power controller
Benefits (4 of 4)

Provide for Future Proofing Your Design
 Preloaded charger emulation profiles for maximum
compatibility coverage of peripheral devices
 Optional programmable charger emulation profile for
portable device support for fully host controlled charger
emulation
Note: Phone replacement cycles*



Americans ~2 years
1/3 of Chinese ~1 year
Average age of car 11.4 years**
* Recon Analytics 2011
** Polk Research Aug‟13
181
USB Port Power
Controllers
Programmable
Controllers
Host Free
Controller
UCS1001
• 9-Built in charger
emulation profiles
• 2.5A Integrated Vbus
power switch
• USB 2.0 Data switch
Standard Versions
•
•
•
•
•
•
•
•
•
•
UCS1002
9-Built in charge emulation profiles
1 Programmable profile
2.5A Vbus power switch
USB 2.0 data switch
Highest current algorithm with SLA
UCS1003
9-Built in charge emulation profiles
1 Programmable profile
2.7A Vbus power switch
USB 2.0 Data switch
Highest current algorithm available
with SLA
Automotive Versions
•
•
•
•
•
•
•
•
•
•
UCS81002
9-Built in charge emulation profiles
1 Programmable profile
2.5A Vbus power switch
USB 2.0 data switch
Highest current algorithm with SLA
UCS81003
9-Built in charge emulation profiles
1 Programmable profile
2.7A Vbus power switch
USB 2.0 Data switch
Highest current algorithm available
with SLA
182
Evaluation Boards
USB2422 High-Speed
USB 2.0 Single TT 2 Port
Hub w/ UCS1002 Battery
Charging
PN: EVB-USB2422
UCS1001
Evaluation Board
PN: ADM00540
UCS1002 Evaluation Board
PN: ADM00497
183
USB Power Delivery
Return to Topics
Key Features of USB-C


Entirely new mechanical & electrical design: smaller!
Identical USB-C connectors on both ends





And symmetrical for single insertion success!
Optional: Power Delivery 2.0 (protocol) using
Baseband PHY communication
BC1.2 is succeeded by simpler resistor pull-up/pulldown (Rp/Rd) relationship
Four VBus pins/wires for low V-offset
Versatile, allowing 3rd party protocols (Thunderbolt,
Display Port, MHL, more!)
185
Power Supply Options
Mode of
Operation
Nominal
Voltage
Maximum
Current
Notes
USB2.0
5V
500mA
USB2.0 Spec
USB3.0/3.1
5V
900mA
USB3.x Spec
USB BC1.2
5V
Up to 1.5A
Legacy Charging
USB-C Current
@ 1.5A
5V
1.5A
Supports higher
power devices
USB-C Current
@ 3.0A
5V
3.0A
Supports higher
power devices
USB PD
Configurable
up to 20V
Configurable
up to 5A
Directional control
and power level
management
186
USB-C Connector
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
GND
TX1+
TX1−
VBUS
CC1
D+
D−
SBU1
VBUS
RX2−
RX2+
GND
GND
RX1+
RX1−
VBUS
SBU2
D−
D+
CC2
VBUS
TX2−
TX2+
GND
B12
B11
B10
B9
B8
B7
B6
B5
B4
B3
B2
B1
Consumer can plug either
way
Connections resolved by
Host/Device
187
UTC2000 USB Type-C™
Controller

Transition:








Existing USB Type-A  USB Type-C DFP
Existing USB Type-B  USB Type-C UFP
USB 2.0, USB 3.0, or
USB3.1 compliant
Supports up to 3.0A
Charging profiles
3x3mm QFN-16
Integrated ADC for Voltage
monitoring on CC Pins
Minimal external components
Works with Microchip‟s USB Controller Hubs
188
Typical UFP Applications

Mobile Devices Are Typically UFP


Default USB Type-C Charging Currents Do
Not Require Controller (on UFP)


Smartphone and Tablets
USB2.0 500mA and USB3.0 900mA
UFP Responsible to Detect Higher Current
Levels Above Default



1.5A and/or 3A of Current
Per USB Type-C Standard Specification
Some Controller Required to Support
189
Typical Discrete UFP
Implementation


Supports all Standard USB Type-C Charging Profiles
Requires Careful Design to Ensure Compliance
UTC2000
Low BOM Cost
190
UTC2000 UFP w/ Full
Charging
BOM Cost Reduction !
191
Application Examples






Notebook
Monitor/Dock
Devices (UFP only)
USB Wall Charger
Industrial Charging Cart
Automotive
192
EVB-UTC2000

NEW Evaluation Kit Available NOW



DFP Board
UFP Board
USB Type-C Cable
DFP Board
UFP Board
UTC2000 on backside
Plug Into Host
UTC2000
193
Embedded I/O Controllers
System Controller Hubs
Return to Topics
System Controller Hub
System Diagram
Parallel Port
Fan 3
Fan 2
Fan 1
Power
Supply
Serial
Ports
Processor
Automatic
Fan Control
Graphics
Controller
MCH/
North Bridge
Memory
USB, Audio,
LAN, SATA,
PATA
Memory
ICH/
South Bridge
LPC Bus
SCH3112
SCH3114
SCH3116
Reset Gen,
WDT, Therm Trip
Thermal &
Voltage Monitor
Parallel Port
2: SCH3112
4: SCH3114
6: SCH3116
Serial Ports
PS/2 KBD & MS
FDC
GPIO Pins (40)
PS/2
Keyboard & Mouse
FWH/
Flash Bios
Industrial Temperature Rated
197
SCH311x Family of
Embedded I/O Controllers


Industry‟s first Industrial-Temp Rated System Controller Hub
Pin compatible 2-UART, 4-UART and 6-UART options



Small footprint for small form factor designs



Eliminates need for two SIO devices or SIO plus discrete UART chips
Supports data rates to 1.5Mbps and RS-485 Auto Direction Control
Mode
128-pin VTQFP package: 14 x 14 x 1.0 (mm)
Replaces need for 2-5 separate integrated circuits
Highest thermal and voltage monitoring accuracy levels for
integrated Embedded I/O controller



1.5°C accuracy on thermal monitoring
Reset generator 5V threshold: 4.45V, tolerance: +/- 150mV
Reset generator 3.3/3.3 VTR threshold: 2.8V, tolerance: +/- 100mV
198
Target Applications
Register
Scales
Barcode
Scanners
Pole
Displays
Printers
Magnetic Cash
Drawers
Stripe
Readers
POS Terminal
Interactive Kiosk
Single Board Computer
End Users for
Embedded I/O
Controllers
ATM Machines
Industrial PC
199
Embedded I/O Products


x86-based architectures that support an LPC-Bus interface
ISA-based SIO controllers are available for legacy I/O support
<
200
8-bit MCU Update
Return to Topics
Still the Largest…
32-bit
8-bit
16-bit
Microchip re-gained #1 position in 8-bit MCU
202
Изменение парадигмы

Новые PIC контроллеры меняют “парадигму
встраиваемых систем”



Реализация функций без отвлечения Ядра




Новые МК разрабатываются в возможностью синтеза
Функциональных Элементов
MIPS & MГц становятся менее важными
Взаимодействие Периферии независимой от ядра с аналоговой
периферией
Гибкие взаимосвязи – ключевая особенность
Несколько функций могут комбинироваться в одном МК
Фокусируемся на решении инженерных задач


Помните – нет “8-bit/16-bit/32-bit”, есть решение задачи
Помогает уменьшить Цену, Уменьшить риски
206
Application Building Blocks
Приложение состоит из функций
Приложение = Функция 1 + Функция 2 + Функция
x…
Функция это Сборка из Периферий
Функция x = Периферия 1 + Периферия 2 +
Периферия x …
207
Flexible Integration
Function Enabling Building Blocks
Intelligent Analog
8-bit PIC Microcontrollers
Sensor Interfacing & Signal Conditioning
CPU
Waveform Control
PWM Drive & Waveform Generation
Timing & Measurements
Signal Measurement with Timing & Counter Control
Logic & Math
Customizable Logic & Math Functions
Safety & Monitoring
Hardware Monitoring & Fault Detection
Communications
Wired, Wireless & Encryption
User Interface
Capacitive Touch Sensing & LCD Control
Low Power & System Flexibility
Memory
ADC
(Enhanced) Capture
Compare PWM
High Endurance
Flash (Data)
Configurable
Logic Cell
ADC with
Computation
Complementary
Output Generator
IDLE & DOZE
Hardware
Multiply
Comparators
Complementary
Waveform Generator
Peripheral Module
Disable
Math
Accelerator
DAC
Data Signal
Modulator
Peripheral Pin
Select
Crystal Free USB
High Speed
Comparators
Numerically
Controlled Oscillator
eXtreme Low Power
XLP Technology
CAN
Operational
Amplifiers
Programmable Switch
Mode Controller
Angular Timer
(E)USART
Ramp Generator
10-bit PWM
Charge Time
Measurement
ETHERNET
MAC
Slope
Compensation
16-bit PWM
RTCC
I2 C
Voltage
Reference
Cyclical
Redundancy Check
Signal
Measurement Timer
LIN
Zero Cross
Detect
Hardware
Limit Timer
TEMP Indicator
SPI™
High Current
I/O
Windowed WDT
8/16/20/24-bit
Timers
Keeloq®
Sub-GHz RF
LCD
mTouch
XLP Low Power Technology, Peripheral & Interconnects
209
ZEN: Pulse Amplitude Capture
V
sampling
threshold
delay
t
210
Chain Of Events
pulse
adjustable delay
OA
delay
Comp
Result
ADC
DAC
adjustable Threshold
MCU Idle
Interrupt
Comp
Interrupt
delay
Interrupt
ADC
211
CIP Chain Of Events
pulse
adjustable delay
OA
Comp
HLT
Result
ADC
adjustable Threshold
DAC
MCU Idle
Interrupt
212
Реализация функций
•
16-bit PWM with dedicated 64MHz clock
6 steerable outputs or 3 steerable output pairs
Blanking Control for transient filtering
Independent rising/falling output control
Dead band with independent rise & fall control
Polarity Control / Auto Shutdown & Restart
Rail – Rail 50nS
response time
for high speed
switching
frequency
•
High Efficiency closed-loop control with fast switching speeds
Cost effective integration with BOM reductions
•
OpAmp, Voltage Reference, reduced size of inductors,
capacitors, & resistors
Synchronous Buck Regulator controlled by
PIC16F178X microcontroller for maximum
efficiency
PIC16F178X
High Voltage
MOSFET Drive Stage
64 MHz
Clock
PSMC
Programmable
Switch Mode
Controller
+
Comparator
-
Fast switching
frequency allows use
of smaller inductor &
capacitor
MOSFET
Driver
Overvoltage
monitor with
PSMC autoshutdown
+
Comparator
8b DAC with FVR
input @1.024V
equating to 4mV
resolution
System Health
Monitor: Output
voltage,
temperature, &
current
Voltage divider to prevent
over-voltage of load
FVR
8 bit
DAC
Real time temperature
monitoring of LEDs for
fail-safe operation
10/12b ADC
Resistive
Temperature
Sensor
+
OpAmp
-
Rail – Rail OpAmp in
Gain operation allows
use of smaller current
sense resistor for less
loss
Current sense and
feedback to sustain
constant current
213
Acronym & Peripherals Definitions
Summary 1 of 6
Learn more about Core Independent Peripherals & Intelligent Analog at www.microchip.com/CIP
Intelligent Analog
Sensor Interfacing & Signal Conditioning
ADC – Analog to Digital Converter
General purpose 8-/10-/12-bit ADC
ADC2 / ADCC–Analog to Digital Converter with Computation
General purpose 10-/12-bit ADC with automated analog signal computation (ex. Oversampling, averaging, etc.)
Comp – Comparator
General purpose rail-to-rail comparator
DAC – Digital to Analog Converter
Programmable voltage reference with multiple internal & external connections
HC I/O – High Current I/O
Up to 50mA or 100mA current drive on select I/O pins
HSComp – High Speed Comparator
General purpose rail-to-rail comparator with <50ns response time
OPA – Operational Amplifier
General purpose OPAMP for internal and external signal source conditioning
PRG – Programmable Ramp Generator
Analog ramp generator (with slope compensation) for Current/Voltage Mode power supplies
SlopeComp – Slope Compensation
Slope compensation for Peak Current Mode power supplies
VREF – Voltage Reference
Stable fixed voltage reference for use with integrated analog peripherals
ZCD – Zero Cross Detect
AC high voltage zero crossing detection for simplifying TRIAC Control, Synchronized Switching Control, & Timing
214
АЦП с вычислителем
(ADC2)
10-/12-bit ADC with Automated Analog Signal Analysis
АЦП с вычислителем



Достоинства
10-/12-bit АЦП общего применения с постобработкой
данных
Автоматизация математической обработки результата

Усреднение

Цифровая фильтрация

Сравнение с порогом

Передискретизация
Вычисления работают в Sleep






Ускорение операций, которые
обычно делаются программно
Увеличение быстродействия и
уменьшение размера кода
Быстрая обработка емкостных
кнопок
Уменьшение потребления
Не зависит от ядра
Работает в SLEEP
Примеры применения


ADC with
Computation
Датчики
Фильтрация, обработка сигналов
Calculation via
Computation
ADC
Calculation via
Software
Example: Traditional ADC versus ADC with MATHPAK
215
Programmable Ramp Generator
Analog Ramp Generator with Slope Compensation
Programmable Ramp Generator (PRG)



Аналоговый формирователь пилообразного
напряжения для Импульсных Источников Питания
(SMPS)
Создает независимый сигнал коррекции с
регулируемым нарастанием и/или спада
Гибкость внутриконтроллерных соединений
Достоинства




Примеры применения



PIC® Microcontroller
COG
Гибкость дизайна ИИП
Уменьшение стоимости
Не зависит от ядра
Работа в SLEEP
Источники питания
Светодиодное освещение
Формирование треугольного
сигнала для аналогового ШИМгенератора с выравниванием по
центру
100mA FET Drive
-
10-bit
PWM
Comp
+
PCM
Power Supply
PRG
Instantaneous Current
+
OPA
DAC
Average
Current/Voltage
-
Compensation
216
Zero Cross Detect
High Voltage AC Zero Crossing Detection
Zero Cross Detect (ZCD)





Определяет переход через Ноль входного напряжения

На выводе поддерживается постоянное
напряжение

Не требуется внешних защитных элементов
Определяет положительный или отрицательный сигнал
(до резистора)
Формирует прерывание при пересечении Нуля
Устанавливает флаг
Можно использовать для определения частоты
сетевого напряжения
Взаимодействие с другой периферией






Тиристорное управление
Синхронизация управления реле
Уменьшение стоимости
Уменьшение размера ПП
Независимая от ядра периферия
Работа в SLEEP
Примеры применения




Сетевые источники питания
Timing Control
Бытовая техника

Управление тиристорами
Тиристорные диммеры
120-240 VAC
Voltage Input

Достоинства
ZCD
Interrupt
AC Input Zero
Crossing
217
Acronym & Peripherals Definitions
Summary 2 of 6
Learn more about Core Independent Peripherals & Intelligent Analog at www.microchip.com/CIP
Waveform Generation
PWM Drive & Waveform Generation
CCP / ECCP – (Enhanced) Capture Compare PWM
1. CCP / ECCP: 10-bit PWM control with 16-bit capture & compare
2. ECCP: Addition of auto shut-down control
COG – Complementary Output Generator
Automated complementary output with control of key parameters such as: programmable rising/falling edge events, polarity, phase,
precision dead-band, blanking, & auto shut-down
CWG – Complementary Waveform Generator
Automated complementary output with control of key parameters such as: dead-band and auto shut-down
DSM – Data Signal Modulator
1. Modulate a carrier signal with digital data to create custom carrier synchronized output waveforms
2. LED Dimming Engine Functionality via interconnection with 10-/16-bit PWM, DSM, & OpAmp
NCO – Numerically Controlled Oscillator & 16-/20-bit Timer/Counter
1. Precision linear frequency generator (@ 50% duty cycle) with 0.0001% step size of source input clock frequency
2. General purpose 16-/20-bit timer/counter
PSMC – Programmable Switch Mode Controller & 16b Timer/Count
1. 16-bit PWM with dedicated 64 MHz clock source and event triggering
2. Automated complementary output with control of key parameters such as: programmable rising/falling edge events, polarity, phase,
precision dead-band, blanking, & auto shut-down
3. General purpose 16-bit timer/counter
PWM – Pulse Width Modulation
General purpose 10-bit PWM control
16b PWM – Stand-alone 16-bit PWM & 16-bit Timer/Counter
1. High resolution 16-bit PWM with edge and center aligned modes
2. General purpose 16-bit timer/counter
218
Acronym & Peripherals Definitions
Summary 3 of 6
Learn more about Core Independent Peripherals & Intelligent Analog at www.microchip.com/CIP
Timing & Measurements
Signal Measurement with Timing & Counter Control
AngTMR – Angular Timer
Phase angle timer for measurement & control of rotational and periodic events (ex. Motor, AC Mains, TRIAC, etc.)
CTMU – Charge Time Measurement Unit
Time measurement unit that provides method for temperature sensing, time measurements (down to 1ns), and mTouch sensing
HLT – Hardware Limit Timer & 8-bit Timer/Counter
1. Hardware monitoring for missed periodic events and fault detection
2. General purpose 8-bit timer/counter with external reset capabilities
NCO – Numerically Controlled Oscillator & 16-/20-bit Timer/Counter
1. Precision linear frequency generator (@ 50% duty cycle) with 0.0001% step size of source input clock frequency
2. General purpose 16-/20-bit timer/counter
PSMC – Programmable Switch Mode Controller & 16b Timer/Count
1. 16-bit PWM with dedicated 64 MHz clock source and analog event triggering
2. Automated complementary output control of key parameters such as phase, dead-band, blanking, & auto shut-down states
3. General purpose 16-bit timer/counter
RTCC – Real Time Clock & Calendar
Maintains accurate clock & calendar timing with external 32.768 KHz crystal
SMT – 24-bit Signal Measurement Timer & 24-bit Timer/Counter
1. Accurate measurement of any digital signal including: period, duty cycle, time of flight; instantaneous vs. average measurements
2. General purpose 24-bit timer/counter
TEMP – Temperature Indicator
Provides relative temperature measurements utilizing the ADC
16TMR – 16-bit Timer
General purpose 16-bit timer/counter
16b PWM – Stand-alone 16-bit PWM & 16-bit Timer/Counter
1. High resolution 16-bit PWM with edge and center aligned modes
2. General purpose 16-bit timer/counter
219
Angular Timer
Automatically Converts Timed Based Events to Degrees
Достоинства
Angular Timer (AngTMR)
Автоматически предоставляет преобразование
фазы в угловые величины для управления
вращающимися или периодическими событиями

Моторы, Сетевые устройства, Триаки,...
Преобразование времени входного сигнала в
угловые величины
Формирование прерывания по углу
Детектирования пропуска импульса
Упрощает разработку кода

Программа оперирует значениями углов

Автоматическая подстройка изменения
частоты

Проще вычисления





AC Source




Высокая точность
Увеличение быстродействия
Уменьшение размера кода
Независимая от ядра периферия
Работа в SLEEP
Примеры применения



Управление двигателями
(электрическими и внутреннего
сгорания)
Бытовая техника
Освещение
Rotational Source
AngTMR

220
Acronym & Peripherals Definitions
Summary 4 of 6
Learn more about Core Independent Peripherals & Intelligent Analog at www.microchip.com/CIP
Logic & Math
Customizable Logic & Math Functions
CLC – Configurable Logic Cell
1. Integrated combinational & sequential logic
2. Custom interconnection & re-routing of digital peripherals
MULT – Hardware Multiplier
MULTIPLY function of two 8-bit values with 16-bit result
MathACC – Math Accelerator
1. MULTIPLY, ADD, ACCUMULATE functions of 8-bit/16-bit values with 35-bit result
2. Calculates a 16-bit PID function based on configurable Kp, Ki, Kd constants with a 34-bit result
Safety & Monitoring
Hardware Monitoring & Fault Detection
CRC/SCAN – Cyclical Redundancy Check with Memory Scan
1. Automatically calculates CRC checksum of Program / DataEE memory for NVM integrity
2. General purpose 16-bit CRC for use with memory and communications data
HLT – Hardware Limit Timer & 8-bit Timer/Counter
1. Hardware monitoring for missed periodic events and fault detection of external hardware
2. General purpose 8-bit timer/counter with external reset capabilities
WWDT – Windowed Watch Dog Timer
System supervisory circuit that generates a reset when software timing anomalies are detected within a configurable critical window
221
Math Accelerator
Hardware Accelerated Math Functions
Достоинства
Math Accelerator (MathACC)



MATH & PID функции
Функции MULTIPLY, ADD, ACCUMULATE

8-bit/16-bit значения с 35-bit результатом
Четыре режима

Multiply and Accumulate (MAC)

Add and Multiply

Simple Multiplier

Знаковое и Без знаковое умножение

Программируемый PID Контроллер

16-bit PID функции на основе
конфигурируемых коэффициентов Kp, Ki,
Kd с 34-bit результатом
MathACC
a → a + (b x c)
a+b




Ускорение вычислений
Уменьшение размера кода
Ускорение PID управления
Периферия Независимая от Ядра
Примеры применения



Управление двигателями
Цифровая фильтрация
Управление температурой и др.
a x (-b)
Kpe(t) + Ki ∫t e(T)dT + Kd d/dt e(t)
a → a + (b x c)
a+b
a x (-b)
Kpe(t) + Ki ∫t e(T)dT + Kd d/dt e(t)
222
Math Accelerator (MathACC)
16-bit math in an 8-bit machine
Обзор
Два основных режима:
• ACC += (A + B) * C
• Без знаковое сложение/умножение без накопления
• Знаковое сложение/умножение без накопления
• Без знаковое сложение/умножение с накоплением
• Знаковое сложение/умножение с накопления
•
Вычисление PID (mode 101)
• PID = Kp + Ki/s + Kd*s
•Управление режимами через PIDxCONbits.MODE
223
Math Accelerator
Цифровой КИХ фильтр
Finite Impulse Response (FIR) Filter:
y[n] = b0*x[n] + b1*x[n-1] + … + bk*x[n-k] (ACC += A * B)
224
Обзор CLC

CLC это периферия с
конфигурируемыми базовыми
логическими элементами
Комбинационная логика
S
S
 Триггеры
D
D Q
Q
S Q
R
R
R
 Защелки

S
R

Q
J
Q
K R
J
Q
K R
Гибкое соединение с внутренними и
внешними сигналами
225
Примеры
Мерцающий светодиод


Настраивается периферия

1хТаймер и/или ШИМ

CLC
Скважность меняется автоматически
227
Примеры
Подавление дребезга

Настраивается периферия

CLC
228
Примеры
Квадратурный декодер 1 + подавление
дребезга

Настраивается периферия

CLC
229
Примеры
Квадратурный декодер 2 + подавление
дребезга

Настраивается периферия

CLC
230
Примеры
Манчестерский декодер

Настраивается периферия

CLC

NCO
231
Примеры
Импульсный источник питания

Настраивается периферия

CLC

Компаратор
232
Примеры
Усилитель D-класса

Настраивается периферия

ШИМ

Компаратор

COG

PRG

ЦАП
233
Acronym & Peripherals Definitions
Summary 5 of 6
Learn more about Core Independent Peripherals & Intelligent Analog at www.microchip.com/CIP
Communications
General, Industrial, Lighting, & Automotive
ACT – Active Clock Tuning for Crystal Free USB
1. Auto-tuning of internal oscillator when connected to USB host (eliminates need for external crystal)
2. Tunes internal oscillator to match accuracy of external clock source
CAN – Controller Area Network
Industrial and Automotive centric communication bus
LIN – Local Interconnect Network
1. Industrial and Automotive centric communication bus
2. Support for LIN when using the EUSART
MAC – Ethernet Media Access Control
10Mb/s Ethernet MAC for direct PHY interface
EUSART / AUSART – Enhanced/Addressable Universal Asynchronous Receiver Transceiver
1. General purpose serial communications
2. Support for LIN when using the EUSART
2
I C – Inter-Integrated Circuit
General purpose 2-wire serial communications
SPI – Serial Peripheral Interface
General purpose 4-wire serial communications
Keeloq® Sub-GHz RF – Encrypted RF Transmitter
PIC MCU integrated sub-GHZ RF transmitter with proprietary Keeloq® data encryption
USB – Universal Serial Bus
Support for full-speed USB 2.0 device profiles
234
Acronym & Peripherals Definitions
Summary 6 of 6
Learn more about Core Independent Peripherals & Intelligent Analog at www.microchip.com/CIP
User Interface
Capacitive Touch Sensing & LCD Control
HCVD – Hardware Capacitive Voltage Divider
Simplifies implementation & reduces overhead of mTouch sensing applications
LCD – Liquid Crystal Display
Highly integrated segmented LCD controller
mTouch – Microchip Proprietary Capacitive Touch Technology
1. Capacitive sensing for touch buttons & Sliders
2. Capacitive sensing for system measurements & detection (ex. Water level, intrusion detection, etc.)
Low Power & System Flexibility
XLP Low Power Technology, Peripheral & Interconnects
DOZE – Power Saving Mode
Ability to run the CPU core slower than the system clock used by the internal peripherals
HEF – High Endurance Flash
128B Non-volatile data storage with High Endurance 100k R/W cycles
IDLE – Power Saving Mode
Ability to put the CPU core to sleep while the internal peripherals continue to operate from the system clock
PMD – Peripheral Module Disable
Peripheral power disable hardware module to minimize power consumption of unused peripherals
PPS – Peripheral Pin Select
I/O pin remapping of digital peripherals for greater design flexibility and improved EMI board layout
XLP – eXtreme Low Power Technology
Industry leading low power technology (LF variants only – unless otherwise noted)
235
Idle & Doze Modes
Scalable Performance & Power Consumption
Idle Mode



CPU останавливает выполнение инструкций
Периферия продолжает работать
Уменьшение потребления при продолжении управления
системой
IDLE
Zzz…
Doze Mode



Различная тактовая частота для ядра и периферии
Масштабирование производительности ядра и
периферии
Достижение баланса между производительностью и
потреблением энергии
Достоинства


Продление срока службы батарей
Уменьшение потребления для сетевых устройств
CPU
Peripherals
DOZE
CPU
Примеры применения




Потребительская электроника
Датчики дыма и CO
Батарейные приборы
Приборы с требованиями минимального потребления в
ждущем режиме
CPU
Peripherals
236
Peripheral Module Disable
Eliminates Power Consumption of Unused Peripherals
Peripheral Module Disable
Достоинства
Режим 1:

Индивидуальное отключение периферии

Отключает периферию от памяти
Режим 2:

Выключение тактирования всей периферии

PIC Microcontroller
System
Clock
Memory Map
PMD
Peripheral
Peripheral
Peripheral
Peripheral
Peripheral
Peripheral



Нулевое потребление выключенной
периферии
Оптимизация потребления
Увеличение срока работы от батарей
Уменьшение потребления для сетевых
устройств
Примеры применения


Батарейные приборы
Приборы с требованиями
минимального потребления в ждущем
режиме
237
Peripheral Pin Select
I/O Pin Remapping of Digital Signals
Достоинства
Peripheral Pin Select (PPS)





Конфигурирование любого цифрового модуля на любой
пин
Предоставляет больше возможностей по оптимизации
Гибкая настройка функций
Подключение одной периферии к нескольким И/О
Переключение во время работы



Примеры применения

VDD
PIC Microcontroller
Vss
Оптимальное использование
периферии
Упрощает смену МК
Оптимизация трассировки


Системы требующие высокой
интеграции
Переход с устаревших МК
Приборы требующие оптимальной
трассировки ПП и минимальных
размеров
PPS
Digital
Peripherals
238
8-bit PIC® Microcontrollers
General Purpose Family Highlights – Low Pin Count
<Click on product family for details>
PIC18(L)FxxK22
Full Family Released to
Production
8KB-16KB/256B EE/256B–512B
5V, ADC, ECCP, EUSART, SPI/I2C
PIC1x(L)F176x
7KB – 14KB / HEF / 512B – 1KB: ADC, 10b DAC, HSComp, OpAmps,
PRG, HLT, 16b PWM, ZCD, COG, PPS, DSM, 100mA I/O, EUSART, SPI/I2C
Partial Family Release to
Production
PIC16(L)F170x
3.5KB – 14KB / HEF / 512B – 1KB: ADC, 8b DAC, HSComp, OpAmps,
COG, ZCD, CLC, PPS, EUSART, SPI/I2C
In Development
Concept
(subject to change)
PIC16(L)F161x
3.5KB – 14KB / HEF / 256B – 1KB: ADC, DAC, Comps, CCP, PWM, CWG, CLC, HLT, AngTMR, SMT, WWDT,
CRC/SCAN, ZCD, MathACC, PPS, 100mA I/O, EUSART, SPI/I2C
PIC16(L)F183xx
3.5KB – 28KB / 256B EE / 256B – 2KB
ADC, 5b DAC, Comparators, CCP, PWM, CWG, NCO , CLC, PPS, EUSART, 2x(SPI/I2C), IDLE/DOZE, PMD
PIC1xF(HV)75x
1.75KB – 3.5KB / 0EE / 64B – 128B
ADC, 5/9bit DAC, COG, HSComp, CCP, OpAmps, SlopeComp, 50mA I/O
PIC16F527/570
1.5KB -3KB / 64B EE / 68B-132B
ADC, Comparators, OpAmps
PIC1xLF155x
3.5KB – 14KB / HEF / 256B – 512B
Dual ADC, PWM, EUSART, SPI/I2C
PIC1x(L)F150x
1.75KB – 14KB / HEF / 64B – 512B
ADC, 5b DAC, Comparators, PWM, CWG, NCO, CLC, EUSART, SPI/I2C
PIC10(L)Fxxx
384B – 896B / 0EE / 16B – 64B
Smallest form factor with CIPs
6 Pin
PIC1x(L)F157x
1.75KB – 14KB / HEF / 128B – 1KB
ADC, 5b DAC, Comparators, CWG, TEMP, 16b PWM, PPS, EUSART
8 Pin
14 Pin
18/20 Pin
239
8-bit PIC® Microcontrollers
General Purpose Family Highlights – High Pin Count
<Click on product family for details>
PIC18(L)FxxJ94 (64/80/100pin)
32KB – 128KB / 0EE / 4KB: 12b ADC, Comp, ECCP, CCP, RTCC,
CTMU, PPS, 4xEUSART, 2x(SPI/I2C), USB, LCD
PIC18(L)FxxK22 (28/40/64/80pin)
8KB – 128KB / 256B – 1KB EE / 512B – 4KB
5V, ADC, ECCP, CCP, CTMU, RTCC, 2xEUSART, 2x(SPI/I2C )
PIC18(L)FxxK40 (28/40/64pin)
16KB-128KB/256B-1KBEE/1KB-4KB: ADC2, DAC, Comp, PWM, CCP, CWG, HLT, WWDT, CRC,
ZCD, PPS, 5xEUSART, 3x(SPI/I2C), IDLE/DOZE, PMD
PIC1x(L)F177x
7KB – 28KB / HEF / 512B – 2KB: ADC, 10b DAC, HSComp, OpAmps,
PRG,HLT,16b PWM,ZCD,COG,PPS,DSM,100mA I/O,EUSART,SPI/I2C
PIC16(L)F178x
3.5KB – 28KB / 256B EE / 256B – 2KB
12b ADC, 5/8b DAC, HSComp, OpAmp, CCP, PSMC, EUSART, SPI/I2C
PIC16(L)F171x
7KB – 28KB / HEF / 512B – 1KB: ADC, 5/8b DAC, HSComp, OpAmps,
COG, NCO, CCP, PWM, ZCD, CLC, PPS, EUSART, SPI/I2C
PIC16(L)F188xx
7KB-56KB/256BEE/512B-4KB: ADC2, DAC, PWM, CWG, NCO
HLT, WWDT, CRC, CLC, ZCD, PPS, EUSART, 2x(SPI/I2C), IDLE/DOZE, PMD
PIC1xLF156x
14KB / HEF / 1KB
Dual ADC, PWM, EUSART, 2x(SPI/I2C)
PIC16F527/570
1.5KB – 3KB / 64B EE / 68B – 132B
ADC, Comparators, OpAmps
28 Pin
40 Pin
48/64 Pin
80/100 Pin
240
8-bit PIC® Microcontrollers
General Purpose Families with Specialized Features
<Click on product family for details>
USB & CAN
PIC18FxxJ53
64KB – 128KB / 3.8KB: 12b ADC,
Comp, ECCP, Comms, USB
PIC18(L)FxxJ94
32KB – 128KB / HEF / 4KB: 12b ADC, PPS,
Multiple Comms, Crystal Free USB, LCD
PIC18FxxJ50
16KB – 128KB / 0EE / 3776B – 3904B
ADC, Comp, ECCP, CCP, CTMU, RTCC, PPS, Multiple Comms, USB
PIC18(L)FxxK50
8KB – 32KB / 256B EE / 512B – 2KB: ADC, DAC,
Comp, ECCP, Comms, Crystal Free USB
PIC16(L)F145x
14KB / HEF /1KB
Comms, Crystal Free USB
Segmented LCD
PIC18(L)FxxJ94
32KB – 128KB / 0EE/ 4KB
12b ADC, PPS, Multiple Comms, USB, LCD
PIC18FxxK90
32KB-128KB/1KBEE/2KB-4KB:
12b ADC, Multiple Comms, LCD
PIC16(L)F191xx
7KB – 56KB / 256B EE / 256B – 4KB: 12b ADC
352xLCD(x8), ChrgPump, Vbatt, RTCC
PIC16(L)F193x/4x
7KB – 28KB / 256B EE / 256B – 1KB: ADC,
Comp, ECCP, CCP, EUSART, 2x(SPI/I2C) , LCD
PIC16LF190x
3.5KB -4KB/0EE/128B-512B
ADC, EUSART, LCD
8 Pin
14 Pin
20 Pin
28 Pin
40 Pin
48/64 Pin
PIC18FxxJ72
128KB/3923B
12b ADC, Comp,
RTCC, Comms,
CCP, LCD, AFE
80 Pin
100 Pin
241
8-bit PIC® Microcontrollers
General Purpose Families with Specialized Features
<Click on product family for details>
PIC16(L)F178x
Intelligent
Analog
3.5KB-28KB/256B EE/256B-2KB
12bADC,DAC,HSComp,OpAmp,PSMC
PIC1x(L)F176x/7x
7KB -28KB / HEF /512B-2KB
ADC,10b DAC, HSComp, OpAmps, PRG, COG, 16b PWM, ZCD,100mA
PIC16(L)F170x/1x
3.5KB – 28KB / HEF / 256B – 1KB:
ADC, 5/8b DAC, HSComp, OpAmps, COG, ZCD, NCO, PPS, CLC
PIC1xF(HV)75x
1.75KB -3.5KB/64B-128B:ADC, 5/9bit DAC,
COG, HSComp, OpAmps, SlopeComp,50mA
PIC16F527/570
1.5KB -3KB/64BEE/68B-132B
ADC, Comparators, OpAmps
mTouch
PIC18(L)FxxK40
16KB -128KB/256B-1KBEE/1KB–4KB
Large Memory, 5V, IDLE/DOZE
PIC16(L)F188xx
7KB – 56KB/256BEE/512B – 2KB
Peripheral Rich, IDLE/DOZE
PIC16(L)F1512/3
3.5KB – 7KB / 128B – 256B
ADC,CCP,2xEUSART,2x(SPI/I2C)
PIC1xLF155x
3.5KB – 14KB / HEF / 256B – 1KB
Dual ADC, PWM, EUSART, 2x(SPI/I2C)
8 Pin
14 Pin
20 Pin
28 Pin
40 Pin
48/64 Pin
80 Pin
100 Pin
242
8-bit PIC MCU Peripheral Integration
Quick Reference
Front Side: Product peripheral integration summary
Back Side: Peripheral definition and explanations
Download Microchip‟s NEW 8-bit PIC® MCU Quick Reference at:
www.microchip.com/8bitQuickReference
243
16-bit MCU Update
Return to Topics
PIC24 “GC” Family

16-bit Sigma-Delta ADC



12-bit ADC






Part Number:
DM240015
Analog control loops, stereo audio
Stimulus or thresholds
Operational Amplifiers


Ultra-high speed data capture at 10 Msps
High speed sensors, touch, communications
10-bit DACs


High dynamic range & high resolution
More information (3µV) eliminates need
for amplifier
Analog control loops, Microphone pre-amp, Signal conditioning
2.5 MHz Gain-Bandwidth, low power mode
Internal Analog Connection Switch Matrix
472 Segment LCD Driver with Voltage Boost
Return to Topics
252
PIC24FJ128GB204
Data Protection for Low Power Applications

Data Protection in Embedded Applications


Secure Data Transfer & Storage
Hardware crypto engine (Industry standard AES, DES, 3DES)



Random Number Generator (RNG)




512 bits OTP Storage
Stores up to 4 AES Keys or 8 DES Keys
eXtreme Low Power Extends Battery Life


Reach a Higher Level of Data Security
Reduces Possibility for Hacking
One-Time-Programmable (OTP) Key Storage


Up to 256-bit AES
Encryption & Decryption & Authentication
18 nA Sleep, 200 µA/MHz Run
Connection to USB or Wireless Protocols


Integrated USB 2.0 Device, Host, OTG
Easy Connection to Certified Modules for
WiFi, ZigBee, Sub GHz, Bluetooth LE
GB204 PIM (USB)
GA204 PIM (no USB)
1/7/15
253
PIC24FJ128GB204 Family
Block Diagram
HW Crypto Engine: AES, DES, 3DES
512 bits OTP Key Storage
Random Number Generator
GB w/USB 2.0 (GA without)
UART w/ LIN - 6
Input Capture - 6
Output Compare - 6
MCCPTimers
/ SCCP-–53 / 4
16-bit
Charge Time Measurement Unit (CTMU)
10/12 bit ADC, 12 Channels
(500/200ksps)
Comparators - 3
Deep Sleep Interrupt
Deep Sleep WDT & BOR
Deep
Sleep
PERIPHERAL BUS
SPI w/DMA / I2S - 3
Peripheral Pin Select
(PPS)
I2C™ - 2
Vbat, RTCC
254
PIC24FJ256GB412 Family
Block Diagram
Compared to “GB2”, the “GB4” adds:
• Higher pin count
• More memory
• Dual partition Flash with Live Update Capability
• Segmented LCD Controller
• SRAM volatile Key Storage with Internal Write Lock
255
PIC24FJ1024GA/GB10
Large Memories
 1MB ECC Flash and 32KB RAM
Dual Partition Flash w/ Live Update
 Permits execution from one
partition while writing to
another
Analog Features
 24 Ch ADC @ 200ksps
 3 Analog Comparators
 Charge Time Measurement Unit
Low Power Modes
 Run: 190 uA/MHz @ 3V
 Sleep: 3.2 uA @ 25C
Packaging

Applications:

Electric Meters, Voltage/Current
monitor, Process control, user I/F,
Data Logger/monitor

Gaming, Thermostats, HVAC control,
Finger print scanner

Wearable fitness, handheld devices
QFN (8x8mm)
257
dsPIC33EP512M710
Dual Motor Control, Dual CAN, Dual ADC

Key Features






12 motor control PWMs to run 2 motors independently
Dual ADC – 49 channels – can be independently configured as
10bit (1.1Msps) or 12-bit (500Ksps)
4x Integrated Op-Amps – smaller designs w/ lower BOM cost
PTG – programmable sequencer for scheduling complex
sequences of tasks
44, 64 and 100 pin – TQFP, QFN and TFBGA
Low-Voltage Motor Control Dev Bundle


PN: DV330100
Modular design supports dual motors and both
3V or 5V designs
1/7/15
259
dsPIC33EV 5V Family



5V Operation for more noise immunity
70MIPS including DSP acceleration
Advanced Peripherals and Integrated Analog



Rich communication peripherals for Automotive



6 PWMs, Op-Amps and 12b ADC for Motor Control
HW CTMU and SW CVD for Sensing Apps (incl. touch)
Integrated CAN options
First device with SENT module
Increased Rel. and Safety



1st DSC w/ ECC Flash
Deadman and Windowed WD Timers
Up to 150C Q100 Grade 0 for Automotive
1/7/15
260
dsPIC33EP “GS” Series

Next gen Digital Power with 70 MIPS (up from 40 MIPS)




Flexible Power Conversion


dsPIC33EP64GS506 - More memory and pins (up to 64 pins & 64KB
Flash)
dsPIC33EP32GS203 - Cost Effective Digital Power (28 pins, 16-32KB)
Much more competitive in terms for performance and price
More nonlinear and adaptive
algorithms to help optimize
energy efficiency (70 MIPS)
Target Application


PFC in AC/DC supply, DC/DC
power supplies, HID control, UPS
Solar inverter, HID ballast,
high-end Automotive/Industrial
LED lighting, Power over
Ethernet, and wireless charging
262
PIC32 Update
Return to Topics
PIC32MZ EF Update

PIC32MZEF is an expansion on the PIC32MZEC product line
with a Floating Point Unit (FPU) and a 12 bit ADC.
PIC32MZ EC
330 DMIPS
512K-2MB / 512KB
64-144 pins
HS USB, CAN, Ether,
Crypto, 10b ADC


PIC32MZ EF
330 DMIPS
512K-2MB /128-512KB
64-144 pins
HS USB, CAN, Ether,
Crypto, 12b ADC, FPU
100% pin compatible with the PIC32MZEC Portfolio.
Engineering samples are now in full validation.

PIC32MZ EF E-temp A2 Rev
267
PIC32MZ EF Family Block
269
PIC32MZ EF
ADC, FPU Highlights
ADC Features:
12-bit / Up to 48 Input Channels
18 MSPS through put
5 converters 3.125 MSPS per converter and one
shared at 2.94 MSPS
Typical AC Characteristics
Differential Non-linearity ±1 LSB
Integral Non-linearity ±3 LSB
Gain Error ±8 LSB
ADC- Benefits:
•
•
•
•
•
Single-ended and/or differential inputs
Can operate during Sleep mode
Supports touch sense applications
Two dedicated ADC modules can be combined in
turbo mode to provide double conversion rate
(clock sources for combined ADC modules must be
synchronous)
Six digital filters supporting two modes:
• Oversampling mode
• Averaging mode
Floating Point Unit (FPU)- Features:
o
o
o
o
Executes 1:1 Core:FPU clock ratio
Single and double precision IEEE 754 compliant
FPU
Dedicated 7-stage pipeline, operating in parallel
with core integer pipeline
Supports both MIPS32 and microMIPS instructions
Floating Point Unit (FPU)- Benefits:
o
o
Improves code density and performance on
applications that require complex
computations.
Most instructions execute with 1 cycle
throughput and 4 cycle latency.
FPMark Benchmarking Results
http://www.eembc.org/fpmark/
270
PIC32MZ EF Family
200MHz / 330 DMIPS, Up to 2MB Flash / 512KB RAM
Core
Flash
RAM
Packages
Analog
Modules
Timing
Resources
Communication
Modules
External
Data
Access
Other
Modules
2 MB
512 KB
MIPS microAptiv™
200 MHz
330 DMIPS
MMU, DSP, DP
FPU, DMA
1 MB
512KB
1 MB
256 KB
12-bit ADC
64L TQFP
6 Converters
64L QFN 9x9mm @ 4 Msps
9 Timers
100L TQFP
each
9 Input Capture
144L TQFP
24 - 48 Ch 9 output Compare
144L LQFP
RTCC
124L VTLA
2 Analog
Comparators
6 UART
4-5 I2C
4-6 SPI / I2S
1 HS USB + PHY
1 10/100 EMAC
0 or 2 ECAN 2.0b
SQI
PMP
EBI
Hardware Crypto
Module
PPS
512 KB
128 KB
271
MPLAB Harmony Update
V1.07 – February 2016



Top Bug Fixes
PIC32MZ DA EA support
GFX Lib and MHGC












“Flashy” GFX Demos
WVGA LCCG support
External memory support
Thumbnail view for screens
Updates to static drivers
RTOS support for FPU
Updates to TCP/IP SSL/TLS
chipKIT BSPs (2) and demo applications
Segger emWin Pro library archive
Pin Diagram and Pin Table Export
Configuration Import/Export/Move/Copy
BT SPP demo Display support
272
MPLAB® Code Configurator
Return to Topics
MPLAB® Code Configurator
•
•
•
Innovative new easy to use plug-in tool for MPLAB® X IDE
Generates seamless, easy to understand drivers and intilizers that are inserted
into your project
Easy migration between similar products and peripherals
http://www.microchip.com/mcc
275
MPLAB® Code Configurator
•
•
•
Easy to use GUI that dynamically generates code for peripherals, device
configurations and I/Os.
Integrated into MPLAB® X (IDE) to provide a very powerful and extremely easy to
use development platform.
Simplifies the device initialization and helps drastically reduce time to market
276
MCP37231-200
High-Speed ADC
Return to Topics
MCP37231 High-Speed A/D

Lowest power 16-bit ADC at 200Msps


Among highest accuracy




<500mW compared to >1W of other suppliers
~74dB SNR, ~90dB SFDR
On-chip decimation filters; additional 2-3 dB improvement
High speed mux with fractional delay recovery
Integrated Digital Down-converter (option)



Enables mixing down of sampled input frequency
CW beam forming for sonar or ultrasound applications (8-ch
mode)
Improves system complexity and power usage
280
Typical Applications

Communications







Aerospace
Military
Industrial


Test equipment
Base stations
Broadband wireless
Antenna array systems
Test equipment
Medical


Scanners
Low-integration ultrasound
281
MCP37xxx Evaluation Tool

MCP37xxx Evaluation Tool



MCP37xxx-200 Evaluation Board (ADM00505)
MCP37xxx Data Capture Card (ADM00506)
PC Graphical User Interface
283
Analog Power Products
Return to Topics
Power Analog Portfolio
Classic
AIPD
Power
APID
Supertex
Micrel
•
•
•
•
•
Flexible
Intelligent
MCU Attach
Automotive Expertise
Lower Power Consumption
• High Voltage Capability
• Specialty Products
• Fast HV Switching
• Small Packages
• High V/I (Power) Regulators
• High Integration Power Module
286
Microchip Power
Conversion Portfolio
450V
600V
Linear and
Swiching Regs
Input Voltage (V)
120V
60V
40V
Linear
Regs
Integrated Switching Regs, Controllers
and Modules
MAQ5282
MIC5283
MIC28511, MIC45208
Integrated
MCP1703A
Linear
Switching
MCP1754/5
Regs
Regulators
30V
4.5V
Future Expansion Will Fill Gaps
MCP1703A
MCP1754/5
<1W
MCP16301/H
MCP16311/2
DEPA or (MCU + PWM
CONTROLLERs)
+ External MOSFETs
+ MCP87xxx - HIGH
SPEED MOSFETs
<10W
<50W
Power (Watts)
<150W
PIC
Or
dsPIC
+
MOSFET
Drivers
300W<
287
LDO Product Line
Summary

Micrel LDO strength





Up to 120V LDO
regulators
Cost effective high
current LDOs
Known for its 1A, 2A,
3A and 5A LDOs
Multi-channel LDOs
Ripple Blockers

Classic APID LDO
strength



Known for its family of
low power LDOs
Broad range of
automotive qualified
LDOs
Excellent high
performance products
288
LDO Portfolio
Type
Standard
Type
Max Input
Voltage < 100 mA
Single
5.5 V
MIC5253
6.0 V
TC1070
TC2054
Ouput Current
~ 150 mA
Single
Dual
~ 200 mA
Single
Dual
~ 300 mA
Single
Dual
~ 400 mA
~ 500 mA
Single
Dual
~ 1.0 A
~ 1.5 A
~ 3.0 A
> 3.0 A
MIC536x MIC5310
MIC5504
MIC5524 MIC5355 MIC37120 MIC69151 MIC69301 MIC68400
MIC5367 MIC538x
MIC531x MIC5325
MIC5301 MIC532x
MIC5303
MIC5319 MIC5356 MIC37122 MIC69153 MIC69302 MIC69502
MIC5252
MIC525x
MIC5254 ~ 300mA
TC1186
TC2185
MIC5249
MIC5318
MCP1824S
TC1107
MIC5353
~ 500mA TC1262
MCP1725
MIC35152
MI3710x
MIC3715x MIC3730x MIC3750x
MCP1726
MCP1727 MIC47300 MIC49500
MCP1826
MCP1827
7.0/8.0V MIC5232
MIC29311
High performance
Low Iq
(<2uA)
High PSRR
(>80dB)
Small
Package
-
-
MIC5231 MCP1711
MIC5281
MIC5308
MIC94310
MCP1790
MIC536x
MIC538x MIC536x
MCP1711
MIC5205
MIC5225
MCP1754
Med Input 12V - 22V
MIC5231
MIC5203
High Input
MIC528x MIC528x **
MIC5233 MIC295x
MCP1790 MCP1804
>24V
MCP1810
MCP1703
MCP1702
MIC2954
~ 500mA MIC47050
MIC5309
MCP1755
~ 500mA MIC94325
MIC47100
MIC550x MIC5399 ~ 500mA MIC5524
MCP1755
MIC5219
MIC5209
MIC2920x MIC5239
MIC3910x MIC3915x
MIC2931x MIC2951x
MIC3930x MIC3950x
MIC294xA MIC2915x MIC2930x
MIC2950x
MIC2975x
289
Switching Regular Product
Line Summary

Micrel switching
regulator strength



Higher voltage and
current capability
Higher switching
frequency allows small
inductor designs
Multi-phase and Multichannel switching
regulators

Classic APID
switching regulator
strength



Built-in Intelligence
Optimized, Highefficiency power
conversion
Low power, low
startup voltage
regulators
290
High Efficiency and High
Power Density Switchers





Support up to 12A in Small Power
Package
Lower System Cost
Easy Design
1”X1” size on single side PCB
Excellent Thermal Performance
High Efficiency
12V to 1V,12A at 600KHz
Room Temp, No Airflow
MIC24056 raise only 27oC at 12A
0.41 in2 size on
double side PCB
291
Fully Integrated Power
Modules
12 x 12 x 3
mm3
Lower BOM cost!
6A
10 x 10 x 4
mm3
10A
Superior
Thermal
Performance!
MIC45212
12 x 12 x 4
mm3
12 mm
25.4 mm
8x8x3
mm3
MIC45208
Enterprise
Up to 26V
MIC45205
3A
Simple Land Patterns Optimized for
Thermal Performance and Eliminates
Assembly Issues
12 mm
Industrial
Up to 70V
MIC28304
14A
32.5 mm
Excellent
EMI
Performance!
292
MIC45116 20V, 6A Power Module
Features:
Ease of use Integrated Power Module








Integrated Controller, MOSFETs and
Power Inductor
Reduces external component count
Fixed 600kHz Switching Frequency
> 93% Efficiency capable
0.8V to .85xVin Output Voltage Range
-400C to +1250C Junction Temp
HyperLight Load Mode - MIC45116-1
Hyper Speed Mode – MIC45116-2
Applications:

Telecom

Networking Switches & Routers

DC – DC Power Distribution
High Power Density Applications!

FPGAs, Processors, Industrial
PVDD
10k
VIN
QFN (8x8mm)
Evaluation Board

MIC45116-1YMP EV

MIC45116-2YMP EV
PG
VOUT
VOUT
PVIN
Packaging

No External
Inductor!
5VDD
Cin
VIN
MIC45116
CFF
RFB1
RINJ
CINJ
RFB2
COUT
FB
EN
SW
ILIM
RLIM
PGND
294
MIC45404
19V/5A Ultra-Low Profile DC to DC Power Module
Features:

Wide Input Supply Voltage: 4.5V-19V

Output Current: Up to 5A

Pin-Selectable Output Voltages: 0.7V-3.3V

Supports Pre-Biased Start-up

82% Peak Efficiency at 12Vin, 0.9Vout

Internal Soft Start

Thermal Shutdown

-40C to 125C Junction Temperature
Applications:

FPGAs, Low-Voltage ASIC Power

Telecom

Network Switchers and Routers

Server Storage

DC Power Distribution

Solid State Drives
Packaging

54L QFN (6x10mm)
295
MIC24046 19V, 5A Switching Reg.
Features:
Ease of use Switching Regulator







Integrated Controller, MOSFETs and
Feedback Resistors
Pin Programmable: VOUT, FSW, IOUT Limit
9 programmable VOUT settings
3 Switching Frequency Options
3 Current Limit Options
Reduces external component count
-400C to +1250C Junction Temp
Applications:

Telecom

Networking Switches & Routers

DC – DC Power Distribution
High Power Density Applications!

FPGAs, Processors, Industrial
Packaging

QFN- 20 (3x3mm)
Evaluation Board

MIC24046YFL EV
296
Hybrid Controllers


UNIQUE: Analog Performance with
Digital Flexibility!
Excellent Transient Performance


Digital Interface



Responds quickly to step-changes in current
Offering COMMUNICATION and CONFIGURABILITY!
Wide Input Voltage Operating Range
Integration  Small & Standalone

Analog PWM Controller, MCU, Synchronous MOSFET
Driver, and bias LDO
297
Simplified Block Diagram
MCP19119
298
MCP19118/9 and the Digitally
Enhanced Power Analog Portfolio
NEW!
MCP19114/5
MCP19110/1
MCP19118/9
Yes
Yes
Yes
Boost, SEPIC,
Ćuk, Sync Flyback
Sync Buck
Sync Buck
4.5 – 42V
4.5 - 32V
4.5-40V
1V – 200V*
0.6V – 90%*VIN
0.6V – 90%*VIN
External
Internal
Internal
Switching Freq
32kHz – 2MHz,
Quasi-Resonant
Mode
100kHz – 1.6MHz
100kHz –
1.6MHz
Flash Memory
4kW
4kW
4kW
Communication
Interface
I2 C
I2C, PMBus™
Compliant
I2C, PMBus™
Compliant
GPIO Available
Yes (10 / 12)
Yes (10 / 14)
Yes (10 / 14)
Integrated PIC™ MCU
Power Topologies
Supported
Input Operating Voltage
Output Voltage
Compensation Network
* With resistive divider network for voltage feedback signals
299
MCP1501 High-Precision Voltage Reference
Features:









Initial accuracy: 0.08%
Temperature coefficient: 10ppm/C typical and
50 ppm/C max
Line regulation: 50ppm/V
Load regulation: 40-70ppm/mA
Output noise: <20uVp-p
Shutdown operating current: 205nA
Source/sink: 20mA
8 voltage options:1.024V, 1.25V, 1.8V, 2.048V,
2.5V, 3V, 3.3V, 4.096V
-40C to +125C Junction Temp
Applications:






Data acquisition systems
Medical equipment
Industrial Controls
Sensor Conditioning
Portable instrumentation
Precision Reference for standalone ADC
Packaging

8L (2x2mm) WDFN, 6L SOT-23, 8L SOIC
300
PAC1921 High-Side Power/Current Sensor
Features:








Configurable Measurement Type Output:
Power, Current, or Bus Voltage
Configurable Voltage Output(3V, 2V,
1.5V, 1V)
Power Measurements provided to
microcontroller with ADC inputs
Second Order Delta-Sigma ADC with
11bit or 14 bit resolution
Selectable current gain: 1X-128X
2 Wire digital, I2C compatible
Bus range 0V-32V
Power Supply: 3V-5.5V
Applications:





Networking
Power Supplies
Servers
Industrial Automation
Power Distribution
Packaging

10L VDFN (3x3mm)
Evaluation Board

ADM00592
301
MCP14A0153/4/5
Single Low Side Mosfet Driver
Features:

High Peak Output Current: 1.5A

Wide Input Supply Voltage: 4.5V-18V

Low Shoot-Through/Cross Conduction
Current

High Capacitive Load Drive Capability
- 1000pF in 11.5ns

Low Voltage Threshold Input(0.8V-2V)

Latch-up Protected: Withstands 500mA
reverse current
Applications:

Switch Mode Power Supplies

Pulse Transformer Drive

Line Drivers

Level Translator

Motor and Solenoid Drive
Packaging

8L MSOP/SOIC, 8L TDFN (2x3mm)
302
MCP39F521
Single-Phase Power Monitoring IC
with I2C Interface
Features:






Power Monitoring Accuracy of 0.1%
Error Across 4000:1 Dynamic Range
Dedicated Zero Crossing Detection (ZCD) pin
Built-in Calculations
- Active, Reactive, Apparent Power
- True Root Mean Square(RMS) Current, RMS
Voltage
Low-Drift Internal Voltage Reference 10ppm/C
I2C Interface, up to 400kHz
-40C to 125C Junction Temperature
Applications:






Home Automation Power Monitoring
Industrial Lighting Power Monitoring
Real-Time Input Power Measurement of
AC/DC Supplies
Intelligent Power Distribution Units
DC Power Distribution
Solid State Drives
Packaging

28L QFN (5x5mm)

Demo Board ADM00686
303
MCP39F511N
Single-Phase Power Monitoring IC
with Neutral Monitoring
Features:

Power Monitoring of Two Loads
Capable of 0.5% error across 4000:1 dynamic
range
Built-In Calculations:
- Active, Reactive, Apparent Power
- True RMS Current, RMS Voltage
- Line Frequency, Power Factor
Dedicated Zero Crossing Detection (ZCD) Pin
Dedicated PWM Output Pin
Low-Drift Internal Voltage Reference: 10 ppm/°C
typical
28-lead (5x5mm) QFN package
Extended Temperature Range -40°C to +125°C

Demo Board ADM00706







Applications:






Home Automation Power Monitoring
Industrial Lighting Power Monitoring
Real-Time Input Power Measurement of
AC/DC Supplies
Intelligent Power Distribution Units
DC Power Distribution
Solid State Drives
304
Digitally-Enhanced Power
Analog Controllers
Return to Topics
Hybrid Controllers


UNIQUE: Analog Performance with
Digital Flexibility!
Excellent Transient Performance


Digital Interface



Responds quickly to step-changes in current
Offering COMMUNICATION and CONFIGURABILITY!
Wide Input Voltage Operating Range
Integration  Small & Standalone

Analog PWM Controller, MCU, Synchronous MOSFET
Driver, and bias LDO
306
Digitally-Enhanced and
PWM Controllers
Digitally-Enhanced
Power Analog
Controllers
MCP19110/1
32V Enhanced Power
Analog Controller w/
Synchronous Driver
Step-Down Topologies
MCP19118/9
40V Enhanced Power
Analog Controller w/
Synchronous Driver
Step-Down Topologies
MCP19114/5
42V Enhanced Power
Analog Controller w/
Synchronous Driver
Step-Up Topologies
Synchronous,
Step-Down PWM
Controllers
MCP19035
30V Standalone incl.
LDO and Integrated
MOSFET Driver
Asynchronous
PWM Controllers
MCP1630/V
High Speed,
MCU-adaptable
MCP1631/V
HV version incl.
LDO for 16V
Operation
MCP1632
300kHz/600kHz
Controller
MCP1650/1/2/3
750kHz
Controller
<< BACK
307
What is Digitally-Enhanced
Power Analog?
Fully
Fully
Digital
Control
Analog
Control
Hybrid Control
Digital
Analog
ControlTechniques
PWM Generator
Peripheral
(Analog + Digital)
MOSFET
Driver
Techniques Control
PWM
Comp.
MOSFET
Driver
VFB
Error
Amp
Controller - MCU
(Coefficients &
Operating Set point)
A/D
Conv.
VREF
VFB
Compensator
Comp
Controller
“Digital” Control
“Analog” Control
308
What is Digitally-Enhanced
Power Analog?
Fully
Fully
Digital
Control
Analog
Control
Hybrid Control
Digital
Analog
ControlTechniques
(Analog + Digital)
Techniques Control
IFB
PWM
Comp.
Supervisory
Microcontroller
“Digital” Control
MOSFET
Drivers
Error
Amp
Internal
LDO
VREF
To
MOSFETs
VFB
Compensator
“Analog” Control
309
Analog Performance with
Digital Flexibility

Excellent Transient Performance


Digital Interface



Responds quickly to step-changes in current
Offering COMMUNICATION and
CONFIGURABILITY!
Wide Input Voltage Operating Range
Integration  Small & Standalone

Analog PWM Controller, PIC™ MCU, Synchronous
MOSFET Drivers, and bias LDO, Low-Side Controller
310
Typical Applications





Power Supplies, Point-of-Load
Power Supply Modules
USB Power
Battery Chargers
LED Drivers
311
Embedded Power
Conversion
•
Embedded Power Conversion
•
•
•
•
VIN = 12VDC
VOUT = 1.2VDC @ ~25A
Target Market: Networking/Server
Core Value:
•
Configurability over I2C™/PMBus™ communication interface
•
•
Offline
AC/DC
Supports late-stage design changes, manufacturability, and
adjustments due to field-reliability data
Adjustable, on-the-fly, compensation supports component
aging.
V=12V
MCP19111
Programmable
DC/DC
Programmable Vout, Iout,
Adjustable Compensation,
and Protection Thresholds
312
Power Module
•
Fully-Integrated Power Module IC
•
•
•
•
VIN = 5-24VDC
VOUT = 0.8 – 5VDC
Target Market: Drop-in Power Conversion
Core Value:
•
I2C™, PMBus™
Communication
Optimized Inventory Management, Single-stock item
programmed per end-customer specification.
MCP19111
Programmable
DC/DC Controller
Magnetics
&
MOSFETs
Configurable
Output
Power Module
313
USB Power Port

USB Power  MCP19111 + UCS1002
•
•
•
VIN = 12VDC
VOUT = 5V @ ~5A
Target Market:
•
MCP19111 DEPA
MCP1911 Buck+
MCU: AC/DC
Buck Controller:
1) Internal
I2C capability to
configure
1.
I2C Configures/Controls
UCS1002
and
control
UCS1002
2. Operates HCA program and monitors
2) Operates
HCA
program
and
for optimum charger profiles monitors
for optimum charger profiles
VCC
12Vdc
Vfeedback
VCC
5V, 5A
VBUS
D+
DGND
UCS1002
VBUS
D+
DGND
MCP19111
status
VCC
Automotive, USB-Charging
SMBUS DAT
SMBUS CLK
•
UCS1002
I2C
from
I2CCommunications
Communication from
MCP1911
handlehandles
the MCP19111
UCS1002
UCS1002configurations,
Configuration,
and
read
ADC
current
and
reads
ADC
currentand
Profile
registers
and Profile Registers.
Core Value:
•
•
UCS1002 offers USB Charger Emulation, including a
programmable Emulation profile for solution „future-proofing‟
MCP19111 generates USB-compliant 5V supply, and its
fully-programmable MCU can store additional Charger
Emulation Profiles which are communicated to the UCS1002
via SMBus interface
314
Battery Charging

Typical Operating Range
Battery Charging
•
•
•
•
•
Chemistry: NiMH
VIN = 12 or 24VDC
VOUT = 8 - 12VDC (8 Cells), Adj. Current
Target Market: Radio-Controlled Vehicles
Core Value:
•
Offline
AC/DC
Wall Wart
VIN
12-24V
VOUT
3 – 20V
IOUT
Adj.
Chem
NiMH, Li-Ion
Standardized Battery-Charger architecture that‟s scalable to support
wide portfolio of battery configurations and charging profiles.
Includes battery detection and adjustable protection features.
Programmable Vout, Iout,
and Protection Thresholds
V=12V
or
24Vdc
MCP19111
Battery Charger
Battery Detection
In Cradle
315
LED Lighting

LED Lighting
•
•
•
•
•
VIN = 12VDC (from Battery)
VOUT = 3-6VDC (~1-2 LEDs)
IOUT = Adj., 350mA-1.5A (typ)
Target Market: Automotive, Headlamp (Fog-light)
Core Value:
•
•
•
Vehicle
12V
Battery
LED loads are complex, requiring advanced power conversion functions,
including PWM Dimming and LED Binning capability.
Standardized architecture, used across multiple end-customers
Rapid support of changing standards and technologies (LEDs)
V=12V
LED Binning
LED Dimming
MCP19111
LED Driver
Headlamp
316
Design Analyzer
MCP19110/1

Excel-based Design Guide!

Define application inputs to define passive
component (L‟s & C‟s) and refine the
compensation
180
80
144
60
108
40
72
20
36
0
0
-20
-36
-40
-72
-60
-108
-80
-144
-100
10
100
1000
10000
100000
-180
1000000
FREQUENCY (HZ)
317
PHASE MARGIN (DEGREES)
GAIN (dB)
MCP19110 BODE PLOT
100
Power Supply Evaluation
MCP19111

GUI available to simplify
programming for a
standard power supply
applications
 GUI resides in MPLABX
(plugin)
 Supports PICKIT3 and
ICE3 Program/ Debug

Standard Firmware for
Power Supply application
318
Unique Strengths




Supports “special” application, load,
and operating behavior requirements
Multiple power conversion topologies
including boost, flyback, synchronous
flyback, SIPC and Cuk-based topologies
supported
Supports both fixed-frequency and
quasi-resonant mode switch to improve
EMI performance
On-board MCU may be used as a general
purpose controller after initial setup of
Analog Power Controller
Return to Topics
<
319
Other Analog Products
Zero-Drift and Instr. Amps
Thermal Management
Return to Topics
MCP9600 Integrated
Thermocouple Interface IC
Features:
Highly Integrated!

Precision Instrumentation Amp

Precision Temp Sensor

Precision High Resolution ADC

Integrated Cold-Junction
Compensation

Math Engine Supports common
thermocouple types: K, J, T, N, S, E,
B&R
Applications:

Boilers, Water Heaters, Ovens,
Freezers, Automotive, Petro-chemical
(Check your thermocouple sales)
Packaging

MQFN-20 (5x5)
Evaluation Board

ADM00665
321
Zero-Drift Amplifiers

Applications that require ultra-high precision


Microchip correction methods



Auto-Zero - Nulling amps
Chopper-Stabilized - Auxiliary amps w/ chopped inputs/outputs
Target Applications


Ultra-low initial and low offset drift provides better common mode and
power supply rejection
Precision Portable and Medical Instrumentation, Sensor Conditioning
and Temperature Measurement
Zero-drift family



MCP6V0x (1.3MHz) and MCP6V2x (2MHz) provide industry leading
performance
MCP6V1x - Lowest cost and lowest power 80kHz GBWP
MCP6V3x – 300kHz GBWP in SC70 and SOT23
322
Instrumentation Amplifiers

Specialized version of an op amp but w/o a feedback
loop



Target Applications


Closed loop makes them better for differential gain and common
mode rejection applications
Extraction of small signals in presence of large voltage or noise
Products that interface to real-world sensors like: Temperature,
Pressure, Bio-Sensors, Strain Gauges and Photodiodes
Microchip solutions


MCP6N11 utilize mCal and provide low operating voltage and
small packaging
MCP6N16 are Zero-Drift and provide better performance and
enhanced EMI rejection
323
Low Voltage Boost
Regulators
MCP1623/4
MCP16251/2
MCP1640/B/C/D
MCP1643
MCP1642B/D
PWM or
PWM/PFM
PWM/PFM
PWM or
PWM/PFM
PWM
PWM
0.65
0.82
0.65
0.65
0.65
0.35 – 5.5
0.35 – 5.5
0.35 – 5.5
0.35 – 5.5
0.35 – 5.5
Peak Switch Current (mA)
425
650
850
1600
1800
Quiescent Current (µA)
19
4
19
-
400
370 - 630
425 - 575
425 - 575
850 - 1150
850 -1150
True Load
Disconnect
Input to Output
Bypass or
True Load
Disconnect
Input to Output
Bypass or
True Load
Disconnect
True Load
Disconnect
Input to Output
Bypass or
True Load
Disconnect
SOT23-6*
2x3 TDFN-8**
SOT23-6*
2x3 DFN-8**
MSOP-8
2x3 DFN-8
MSOP-8
2x3 DFN-8
Lowest
Quiescent
Current
Highest
Performance
LED Driver
VREF = 120
Highest Current
Capability
Mode
Start-up Voltage (V)
Input Voltage (V)
Switching Frequency (kHz)
Shutdown
Packages*
Key Attributes
SOT23-6*
Lowest Cost
*,** Packages are pin-to-pin compatible
For Higher output voltages, consider MCP1661/2
324
Temperature Sensors
Serial Output
SMBus/I2C™
Logic Output
Remote Monitors
with Alerts
SPI
Ambient Monitors
with Alerts
TC72
TC77
TC6501/2/3/4
TC620/1/2/3/4
MCP9501/2/3/4
MCP9509/10
Voltage Output
TC1046
TC1047/47A
MCP9700/1/A
EMC1412/3/4
2-4ch, Alert/Therm
EMC1422/3/4
2-4ch, Alert/Shdn
EMC1182/3/4
2-4ch, 1.8V Comm
EMC1186/7/8
2-4 ch, 1.8V Comm
TC74
TCN75A
MCP9800/1/2/3
MCP9804
MCP98243
w/EEPROM for SPD
MCP98244
w/EEPROM for SPD
MCP9805
MCP9808
MCP9843
EMC1428
8 ch, Alert/Shdn
With EEPROM
Multi-Temp Polling
EMC1043/53/63
3 channel
MCP9844
EMC1001
EMC1046/7
6/7 channel
<
325
Memory Products
Return to Topics
SQI Flash Family

4-bit multiplexed I/O


Operating frequency up to 104 MHz






Industry standard serial protocol w/ backward
compatibility to SPI Flash
> 400 Mb/sec sustained Read
Voltage offerings in 3.0V and 1.8V
Densities from 4 Mbit to 64 Mbit
Software Block Protection capability
One Time Programmable Security ID
8-SOIC, 8-Contact WSON, 16-SOIC, 24TFBGA, KGD & WLCSP package options
327
Migration to SQI


Default state of SQI Flash on POR is standard SPI Mode
Full details in migration document; search for „20005354A‟ on
Microchip.com
<
328
Military and Aerospace
Return to Topics
Current Capabilities


Wide range of products qualified for
Automotive – need low-temp testing
MMT – Already producing military
grade packaging for other suppliers
339
Quality Capabilities



Zero defect
Advanced Product/Process
Quality Planning (APQP)
AEC0-Q100 stress testing




Need only extend to -55C
Product Part Approval
Process (PPAP)
8D Reporting
Product change notifications
> 20 years supporting automotive market!
340
High-Temp Products

8-bit PIC MCUs



PIC1xF6xx
Several PIC18F and all
PIC18FxxK80 (w/ CAN)
16-bit PIC MCU/DSCs


Serial Memory


25LCxxx Serial EEPROMs
Low-Power Analog


MCP9700 temp sensor
MCP64xx Op Amps
PIC24HJ and dsPIC33FJ
products
341
Automotive Qualified

Micros











Switching/LDO Regulators
and PWMs
Charge Pumps DC/DC Conv
Supervisors
Power MOSFET Drivers
Linear
Op Amps
Comparators
Mixed Signal

Temp Sensors
Power Management


8-bit and 16-bit PIC® MCUs
and DSCs
Thermal Management



Interface






SAR / Delta-Sig ADCs
Energy Measurement ICs
DACs
Digipots
Touch Controllers
CAN / LIN Transceivers
IrDA encoders
Port Expanders
UART to USB Bridge
Memory


Serial EEPROM, SRAM and
Flash
Parallel Flash
342
High-Speed ADC

Lowest power 16-bit ADC at 200Msps


Among highest accuracy


<500mW compared to >1W of other suppliers
~74dB SNR, ~90dB SFDR
Current Status

Initial low-temp testing results
look promising
343
Micrel High Level Product
Overview
January 2016
Return to Topics
Analog Power Portfolio
Classic
AIPD
Power
APID
Supertex
Micrel
•
•
•
•
•
Flexible
Intelligent
MCU Attach
Automotive Expertise
Lower Power Consumption
• High Voltage Capability
• Specialty Products
• Fast HV Switching
• Small Packages
• High V/I (Power) Regulators
• High Integration Power Module
345
Microchip Power
Conversion Portfolio
450V
600V
Linear and
Swiching Regs
Input Voltage (V)
120V
60V
40V
Linear
Regs
Int. Switching Regs, Controllers and Modules
MAQ5282
MIC5283
MIC28511, MIC45208
Integrated
MCP1703A
Linear
Switching
MCP1754/5
Regs
Regulators
30V
4.5V
Future Expansion Will Fill Gaps
MCP1703A
MCP1754/5
<1W
MCP16301/H
MCP16311/2
DEPA or (MCU + PWM
CONTROLLERs)
+ External MOSFETs
+ MCP87xxx - HIGH
SPEED MOSFETs
<10W
<50W
Power (Watts)
<150W
PIC
Or
dsPIC
+
MOSFET
Drivers
300W<
346
Fully Integrated Power
Modules
12 x 12 x 3
mm3
Lower BOM cost!
6A
10 x 10 x 4
mm3
10A
Superior
Thermal
Performance!
MIC45212
12 x 12 x 4
mm3
12 mm
25.4 mm
8x8x3
mm3
MIC45208
Enterprise
Up to 26V
MIC45205
3A
Simple Land Patterns Optimized for
Thermal Performance and Eliminates
Assembly Issues
12 mm
Industrial
Up to 70V
MIC28304
14A
32.5 mm
Excellent
EMI
Performance!
352
MIC24046 19V, 5A Switching Reg.
Features:
Ease of use Switching Regulator







Integrated Controller, MOSFETs and
Feedback Resistors
Pin Programmable: VOUT, FSW, IOUT Limit
9 programmable VOUT settings
3 Switching Frequency Options
3 Current Limit Options
Reduces external component count
-400C to +1250C Junction Temp
Applications:

Telecom

Networking Switches & Routers

DC – DC Power Distribution
High Power Density Applications!

FPGAs, Processors, Industrial
Packaging

QFN- 20 (3x3mm)
Evaluation Board

MIC24046YFL EV
353
MIC45116 20V, 6A Power Module
Features:
Ease of use Integrated Power Module








Integrated Controller, MOSFETs and
Power Inductor
Reduces external component count
Fixed 600kHz Switching Frequency
> 93% Efficiency capable
0.8V to .85xVin Output Voltage Range
-400C to +1250C Junction Temp
HyperLight Load Mode - MIC45116-1
Hyper Speed Mode – MIC45116-2
Applications:

Telecom

Networking Switches & Routers

DC – DC Power Distribution
High Power Density Applications!

FPGAs, Processors, Industrial
PVDD
10k
VIN
QFN (8x8mm)
Evaluation Board

MIC45116-1YMP EV

MIC45116-2YMP EV
PG
VOUT
VOUT
PVIN
Packaging

No External
Inductor!
5VDD
Cin
VIN
MIC45116
CFF
RFB1
RINJ
CINJ
RFB2
COUT
FB
EN
SW
ILIM
RLIM
PGND
354
MIC45404
19V/5A Ultra-Low Profile DC to DC Power Module
Features:

Wide Input Supply Voltage: 4.5V-19V

Output Current: Up to 5A

Pin-Selectable Output Voltages: 0.7V-3.3V

Supports Pre-Biased Start-up

82% Peak Efficiency at 12Vin, 0.9Vout

Internal Soft Start

Thermal Shutdown

-40C to 125C Junction Temperature
Applications:

FPGAs, Low-Voltage ASIC Power

Telecom

Network Switchers and Routers

Server Storage

DC Power Distribution

Solid State Drives
Packaging

54L QFN (6x10mm)
355
Micrel Ethernet Fit with
Microchip
ARM9-based SOCs
Switches GigE and
2 to 9 Ports
10/100BT PHYs
Micrel Value-Add
Overlap
10/100BT
Controllers
GigE PHYs
De-focus
356
Ethernet PHYs

10/100Base-Tx PHY


Established customer base on both sides – allow
customers to choose
For new designs consider:



KSZ9031 for GigE PHY opportunities
KSZ8081/91 is lowest power consumption for highvolume, cost sensitive opportunities
KSZ8061 with Quiet-WIRE for stringent industrial &
automotive applications
357
Controllers & Bridges


Microchip is leader; Micrel has no USB-to
Ethernet bridge products
For new designs consider:

KSZ8851 – SPI Interface



ENC28J60/ENC624J600 still lowest cost of entry w/ SPI!
KSZ8852 – 2-Port 8/16-bit Host Interface
KSZ84xx/LAN925x – 1588v2 for low power
consumption industrial Ethernet opportunities
358
Ethernet Switches

Micrel is recognized leader in Ethernet
switches


Higher 2 to 9 port count devices
For new designs consider:



KSZ8863 is lowest cost 3-port managed switch
LAN9352/3/4/5 for IEEE 1588v2 3-port switch
opportunities in industrial Ethernet designs
KSZ87xx for GigE switch designs
359
Ethernet in General


Microchip now provides a broader
Ethernet portfolio for our customers
No plans to EOL any Ethernet products
as a result of the acquisition
Customers NEED NOT panic!
 Only supporting existing customers for VoIP
products

360
Clock & Timing Portfolio
361
Benefits of MEMS
Quartz Crystal Oscillator in
Metal+Ceramic Package
Performance: Stability & Jitter
• Up to 10ppm frequency stability
• Temperature grades up to -55 to 125ᴼC
• Less than 0.5 ps phase noise jitter
Cost Effective
• Semiconductor supply chain, without
mechanical handling steps of crystal
• On CMOS pricing trend, scaling with chip
geometry
MEMS Oscillator in
Plastic Package
Higher Reliability
• Full AEC-Q100, JEDEC qualification
• 1.2 FIT rates vs. 20 FIT for crystal
• 50 000G shock and 70G vibration
Faster Time to Market
• 2-4 weeks production lead time
• Engineering samples programmable in
1 sec with full production performance
362
TimeFlash Programming Kit
Program on the fly based on
customer needs
363
ClockWorks® Configurator
• Generate custom clock part
number and datasheet in
minutes based on customer
needs
• Request samples on the spot
364
Micrel Wireless Products

Sub G Transmitter and Receiver ICs
Transmitters
MICRF112
300-450Mhz,1.8-3.6V
MICRF113
300-450Mhz,1.8-3.6V
Receiver
MICRF220
300-450Mhz,3.0-3.6V
MICRF219A
300-450Mhz,3.0-3.6V
MICRF114
285-445Mhz,1.8-3.6V
365
Micrel Trainings
366
Power and Linear Solutions
Focus Areas
Return to Topics
Linear Regulators

Micrel LDO strength





Up to 120V LDO
Cost effective high
current LDOs
Known for 1A, 2A, 3A
and 5A LDOs
Multi-channel LDOs
Ripple Blockers

MCHP LDO strength



Known for low power
LDOs
Broad range of
automotive qualified
LDOs
Excellent high
performance products
368
Switching Regulator

Micrel switching
regulator strength



High voltage and
current capability
High switching
frequency allows small
inductor designs
Multi-phase and Multichannel switching
regulators

Classic MCHP
switching regulator
strength



Built-in Intelligence
Optimized, Highefficiency power
conversion
Low power, low
startup voltage
regulators
369
Switching Controller

Micrel switching
controller strength


Up to 75V capable
Broad selections for
buck conversion

Classic MCHP PWM
controller strength




PIC MCU attached
Broad range of
reference design and
application specific
demo systems in
lighting, battery
charging and power
management
Automotive qualified
Digital enhanced
solutions
370
USB and Load Switch

Micrel load switch
and USB
protection/switch
Strength


Expand Microchip
offerings in power
system design
Complete USB system
with port protection

Classic MCHP USB
charging Strength


Highly integrated USB
charger solutions
Automotive qualified
USB charger products
371
MOSFET Drivers

Micrel MOSFET
driver strength






Up to 50V single lowside drivers
Up to 32V dual lowside drivers
Quad low-side drivers
High-side driver
Up to 600V half and
full-bridge drivers
Small packages

Class MCHP
MOSFET driver
strength


Broad range low-side
driver from 0.5A to
12A
Strong PIC MCU and
dsPIC DSC solutions
and market presence
372
Motor Drivers

Micrel motor driver
strength




Expand from the
MOSFET driver family
Up to 600V high
voltage capability
Strong reference
designs
Opportunities in
emerging markets

MCHP motor driver
strength




Fully integrated
solutions
MCU attached drivers
Automotive qualified
solutions
Relationship with
automotive and
industrial leading
OEMs
373
Higher
Voltage/Current/Power

Micrel strength




Micrel offers
competitive regulator
and module products
(including inductors)
today
Integrates control,
drive and sensing
Highest power density
solution in the market
Package solutions

Microchip strength


Unique digitally
enhanced PWM
controller family and
high performance low
FOM MOSFET for
similar applications
Broad portfolio of
intelligent analog
products for future
expansion
374
Lighting & Displays
Products

Micrel LED driver
strength




Offers broad range low
to mid range LED
Backlight
Automotive qualified
LED driver
Simple low voltage
linear LED driver
Application specific
drivers - display and
flash drivers

Microchip LED
driver strength



Strong position in
offline LED drivers
Intelligent,
programmable LED
driver for industrial and
automotive
applications
Complete solution
from digital control and
simple boost IC
375
Additional Product Lines

Linear – Comparators, OP-Amps,
Voltage Reference
Combine with classic MSLD portfolio
 36V comparator with various Vref options
 Shunt architecture vs series architecture
(Microchip voltage references)


Fan Control/Temp Sensors
Combine with classic MSLD fan controller and
temperature sensors
 MIC280 – Dual sensor with LM75 compatibility

376
Additional Product Lines

Driver Array


PMIC


Application specific power management
product family is new addition to APID
Hot Swap


High voltage (50V+) and current (0.5A) driver
array from logic-level signal to power load
New product family under APID
Supervisor

Combine with classic APID portfolio
377
Additional Product Lines

Battery Charger


Combine with classic APID battery chargers
DDR Terminators
New product line under APID
 Interesting areas for Microchip sales team to
explore: industrial computing, appliance,
printers, etc.
 Support up to DDR4


I/O Expanders

Combine with classic APID I/O expanders
378
Useful Tools!
Analog Product Treelink
Analog Cross Reference
Online Simulation and Solution Finder
Return to Topics
379
Limited EOL Policy
Return to Topics
Limited EOL Policy!
“…simple redesign can take
half an engineering manyear…”
VP of Engineering
“…a complex redesign takes
much more, maybe 5X the
effort…”
Microchip supports customers with products
through their life cycle… not ours!
Return to Topics
<
381
Clock and Timing Products
Return to Topics
Clock & Timing Portfolio
383
MEMS Products
PureSiliconTM
Low Jitter Oscillators
Crystal-lessTM
Clock Generators
DSC10xx
DSC11xx
DSC2xxx/DSC400/DSC5xx
LVCMOS, up to 150MHz
1.8V to 3.3V
Diff or LVCMOS up to
460MHz
up to 4 Outputs Diff and
LVCMOS up to 460MHz
PureSiliconTM
Low Power Oscillators
384
Benefits of MEMS
Quartz Crystal Oscillator in
Metal+Ceramic Package
Performance: Stability & Jitter
• Up to 10ppm frequency stability
• Temperature grades up to -55 to 125ᴼC
• Less than 0.5 ps phase noise jitter
Cost Effective
• Semiconductor supply chain, without
mechanical handling steps of crystal
• On CMOS pricing trend, scaling with chip
geometry
MEMS Oscillator in
Plastic Package
Higher Reliability
• Full AEC-Q100, JEDEC qualification
• 1.2 FIT rates vs. 20 FIT for crystal
• 50 000G shock and 70G vibration
Faster Time to Market
• 2-4 weeks production lead time
• Engineering samples programmable in
1 sec with full production performance
385
Better Frequency Stability
386
Best in Class Reliability
387
MEMS Oscillators

DSC10XX/DSC100X Low Power CMOS Oscillator




DSC11X1/2/3/4 Low-Jitter Precision Oscillators






As low as 3-mA Supply Current
Drop in Compatibility to quartz based products
Accurate stability down to 10ppm
As low as 0.3psec RMS Jitter
CMOS/LVPECL/LVDS/HCSL outputs
Drop in Compatibility to quartz based products
2.5x2.0mm package (Only a few quartz suppliers offer)
Accurate stability down to 10ppm
DSC300X Ultra-miniature Precision Oscillators


Industries smallest oscillator
1.6mmx1.2mm CMOS output
Best in Class Reliability
(Shock and Vibration)
Wide Temp Range
388
MEMS Oscillators

Pin to Pin Drop-in for Quartz
389
TimeFlash Programming Kit
Program on the fly based on
customer needs
390
ClockWorks® Configurator
• Generate custom clock part
number and datasheet in
minutes based on customer
needs
• Request samples on the spot
391
Crystal-less™ Clock
Generation





Fewer components
Less board space
Improved reliability
Reduced cost
Complete timing solutions in a single package
392
Crystal-less™ Clock
Generators
393
Clock & Timing Portfolio
396
Ultra-Low Jitter Clocks

Highly integrated and flexible multi-output
SM802
Output Logic
SM803/813
LVDS, LVPECL, HCSL, LVCMOS
Number of outputs
8
12
Vddo banks
2
4
200
160/120
Any frequency programmable to
850MHz
Any frequency programmable to
850MHz
16 to 44 pin QFN
48 and 84 pin QFN
Jitter (fs) 12kHz-20MHz
Frequency
Package
397
BOM Cost Reduction
Complicated, messy discrete clock tree:
12 components …
…replaced with Microchip’s integrated
solution: 2 devices!
XO
6 x 125MHz
Quad GE PHY
Quad GE PHY
Quad GE PHY
Quad GE PHY
Quad GE PHY
Quad GE PHY
XO
XO
XO
XO
XTAL
Fanout
Buffer
1:2
Clock
Generator
100MHz
XO
Quad GE PHY
Quad GE PHY
Quad GE PHY
Quad GE PHY
Quad GE PHY
Quad GE PHY
6 x 125MHz
XO
Ethernet
MAC
ASIC
FUSION™
Clock
100MHz
100MHz
125MHz
XO
50MHz
XO
XO
48MHz
25MHz
Backplane
High density GbE switch
Ethernet
MAC
ASIC
Processor
125MHz
FPGA
USB
50MHz
Crystal-less™
Clock
25MHz
48MHz
100MHz
Processor
FPGA
USB
Backplane
 Simplified customer design
 Lowered system BOM cost
 Accelerated time-to-market
398
Ultra-Low Jitter Clocks w/
Integrated XTAL

Integrated crystal and multiple outputs for a
complete clock tree in a single package
MX55/57
Output Logic
MX68
MX85
LVDS, LVPECL, HCSL, LVCMOS
Jitter (fs)
180fs
47
200
Outputs
1
1
Up to 5
Frequency
Programmable to
850MHz
156.25/125/100/50
MHz
Programmable to
850MHz
Size(mm)
5x3.2
5x7
5x7
5x7
399
Typical Applications

Security and Video Surveillance



Enterprise Storage



Rugged outside
Small package with integration
RAID Controller Card
Enterprise or consumer SSD
Automotive



Automotive Diagnostics
Infotainment and Connectivity
Smart Actuators for transmission and
engine controls
400
Clock & Data Distribution
401
Clock & Data Distribution
Products
0 1 0 1
0 1 0 1
 1, 2, 4, or 6 channel buffers
 Single-ended  Differential
Drivers/Buffers/Translators
0 1 0 1
0 1 0 1
0 1 0 1
Fanout Buffers
0 1 0 1
 2, 4, 6, 10…22 outputs
0 1 0 1
1 0 1 0
 2, 4 or 8 inputs
0 1 0 1
1 0 1 0
1 0 1 0
0 1 0 1
 2x2 & 4x4
 w/ & w/o EQ
1 0 1 0
Multiplexers
Crosspoint
Crosspoint
Switch
402
Clock & Data Distribution Products (cont’d)

†n
0 1 0 1
0
1
0
† by 2, 3, 4, 5, 6, 8, & 16
1
Clock Dividers
0 1 0 1
EQ
PE
0 1 0 1
 PE & EQ for 36in FR4
Cable & Backplane Solution
0 1 0 1
0 1 0 1
D1
D2
 5ps/step & 10ps/step delay
Delay Lines
403
Complete PCIe Solutions
PCIe
Buffers
Crystal-less
PCIe CLK
PCIe CLK Gen. Gen. with EMI
PCIe CLK
Generators
1-Output
2-Output
PL602-2X
4-Ouput
PL602041
PL602-2X
8-Output
PL60208X
PL60203X
• 6-SOT/8-SOP
• 2.5V ~ 3.3V
• 25/100/125/200MHz
• 16-QFN
• 2.5V ~ 3.3V
• 25/100/125/200MHz
Replaces
ICS557-03, IDT5V41065 ,
IDT5V41235
Pericom, On Semi, and
Cypress footprints as well
• 24-QFN
• 2.5V ~ 3.3V
• 25/100/125/200MHz
PL60704X
• 24-QFN, 2.5V ~ 3.3V
• 25/100/125/200MH
• Programmable SST
• 44-QFN
• 2.5V ~ 3.3V
• 25/100/125/200MHz
PL60708X
• 44-QFN, 2.5V ~ 3.3V
• 25/100/125/200MH
• Programmable SST
DSC557-05
DSC557-03
DSC1124
• 6-pin DFN, 2.5x2.0mm • 16-TSSOp, 14-QFN
• 2.5V ~ 3.3V
• 2.5V ~ 3.3V
• 100-460MHz
• 100-460MHz
Second source
SY75572
• 16-QFN
• 3.3V
• 200fs Phase Jitter
IDT557-06
IDT5V41067A
• 20QFN
• 2.5V ~ 3.3V
• 100-460MHz
SY75576
• TSSOP20
• 3.3V
• 200fs Phase Jitter
SY75578
• 5x5-QFN32
• 3.3V
• 200fs Phase Jitter
404
Supertex
Return to Topics
LED Drivers
General Purpose
Backlighting
Sequential Linear
Linear Regulators
HV9801A
HV9803
CL8800
CL2
HV9803B
HV9911
CL8801
CL25
HV9805
NEW!
CL220
HV9912
Automotive
CL320
HV9861A
HV9961
HV9910B
HV9963
AT9917
CL325
HV9910C
HV9967B
AT9919
CL330
HV9918
HV9980
AT9932
CL520
HV9919B
HV9982
AT9933
CL525
HV9921/2/3
HV9989
CL6
CL7
HV9925
HV9930
HV9931
<< BACK
LED Driver
Demo & Eval Boards
406
HV9805 Features

PFC Boost converter (1st stage)
rated for 25W(120VAC), 50W(230VAC)
 no auxiliary winding required for VDD supply,
simple inductor


Linear post-regulator (2nd stage)
control constant LED string current (±4%)
 low headroom voltage design, high efficiency
 protects LED load from bus overvoltage

407
Active PFC: Boost with
Headroom Control
IO
85/
130VAC
EMI
Filter
RS
ActivePFC
Control
with output
linear
regulator
(headroom
control)
Pros:
• No 100/120Hz flicker (!)
• Short circuit protection
• Great efficiency
• Low EMI
• Low cost
RS
RS
Cons:
• High LED string voltage
• Lack of design flexibility
408
MOSFETs – Application Circuits
Industrial Products
DN3535N8 for Data Acquisition
The DN3535N8 are used
as current limiters to
protect the low voltage
measurement circuitry
An external source
resistor is used to set the
current limit value
Key Features:
High voltage: 350V
Low Rds(on): 10 Ω
Small package: SOT-89
Depletion mode
Low capacitance
411
MOSFETs – Application Circuits
Industrial Products
Voltage Limiter for Farm Equipment
Transient Requirements for Farm Equipment
Transients are capable of up to 106V / 35A for
hundreds of ms
Conventional protection is to clamp
the high voltage transients using
large suppressors
With 35Amps, PC board traces can
be damaged unless made very
wide
Key Features:
The DN3525N8 offers an
elegant solution. It is used to
block the transients instead of
clamping them.
High voltage: 250V
Small package: SOT-89
Depletion mode
No add‟l supply req‟t
The 250V FET can easily
handle the 106V transient.
During normal operation
The 6 Rds(on) will only drop
1.1V under full load.
412
MOSFETs – Application Circuits
Industrial Products
SMPS Start-Up Circuit
DN3145N8 used in a start-up circuit for a
small power supply in a down hole application
Key Features:
450V rating
Small SOT-89 package
Only need 5 to 10mA
413
Industrial Products
Specialty ICs
414
SR086
Features:
•
•
•
•
•
•
•
•
•
•
Efficient operation without magnetics
No high voltage capacitors
Adjustable main output voltage (9.0 to 50V)
Additional 3.3V internal regulator
Up to 100mA combined output current
Single BOM for 120VAC/230VAC
Built-in soft start
Less than 200mW standby power
Operating Temperature Range: -40ºC to +125ºC
Package Options: SOIC-8 w/Heat Slug
<< BACK
415
Thank you!
Return to Topics
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