datasheet for VS9M by Rami Technology

datasheet for VS9M by Rami Technology
VCXO
Page 1 of 3
VS9M: ANALOG MULTIPLIED LVPECL SERIES: ULTRA HF VCXO, LVPECL, +3.3 VDC
DESCRIPTION: A crystal controlled, high frequency, highly stable oscillator, adhering to Low Voltage Differential Signaling
(LVPECL) Standards. The output can be Tri-stated to facilitate testing or combined multiple clocks. The device is contained in
a sub-miniature, very low profile, leadless ceramic SMD package with 6 gold contact pads. This miniature oscillator is ideal for
today's automated assembly environments.
APPLICATIONS AND FEATURES:
"# Infiniband; Fiber Channel; SATA; 10GbE; Network Processors; SOHO Routing; Switches;
"# Common Frequencies: 150 MHz; 156.25 MHz; 155.52 MHz; 161.1328 MHz; 212.5MHz; 312.5MHz, 622.080 MHz
"# +3.3 VDC LVPECL
"# Frequency Range from 750KHz to 800MHz
"# Low Phase Noise Analog Multiplication
"# Miniature Ceramic SMD Package Available on Tape and Reel
"#Lead Free and ROHS Compliant
$# ABSOLUTE MAXIMUM RATINGS:
PARAMETER
Operating temperature range
Storage temperature range
Supply voltage
Maximum Input Voltage
Maximum Output Voltage
SYMBOL
Ta
T(stg)
Vcc
Vi
Vo
VALUE
UNIT
-40…+85
-55…+90
+4.6
Vss-0.5…Vcc+0.5
Vss-0.5…Vcc+0.5
°C
°C
VDC
VDC
VDC
$# ELECTRICAL PARAMETERS:
PARAMETER
Nominal Frequency
Supply Voltage
Supply Current
Output Logic Type
Load
SYMB
OL
fo
Vcc
Is
TEST CONDITIONS*1
VALUE
UNIT
MHz
VDC
mA
Duty Cycle
Voh
Vol
DC
Connected between each output and Vcc – 2.0 VDC
min
max
Measured at 50% of output voltage swing
0.75 to 800
+3.3 ±5%
100.0 MAX
LVPECL
50
Vcc-1.025
Vcc-1.620
40/60 to 60/40 or 45/55 to 55/45
Rise / Fall Time
tr / tf
Measured at 20/80% and 80/20% output voltage swing
0.7 TYP 1.0 MAX*2
Overall conditions
Integrated Phase tji RMS, Fj = 12 kHz…20 MHz5
±50 *(note 7)
0.3 TYP**
Output Voltage Levels
Frequency Stability
Ω
VDC
VDC
%
ns
ppm
ps
Integrated Phase RMS ti offset frequency 50KHz to 80MHz5 0.5 TYP**
Jitter
J
Deterministic period Jitter Dj using
wavecrest analyzer 4
Random period Jitter Rj using
wavecrest analyzer 4
Acumm. Peak to Peak Jitter Tp-p using
wavecrest analyzer*4
typ. @212.5MHz6
Fo<320MHz.
Fo>320MHz.
Fo<320MHz.
Fo>320MHz.
Fo<320MHz.
Fo>320MHz.
∆f=10 Hz
∆f=100 Hz
∆f=1 KHz
∆f=10 KHz
∆f=100 KHz
∆f>1M Hz
Fo<320MHz.
Fo>320MHz.
6 TYP **
18 TYP **
2.5 TYP **
2.5 TYP**
30 TYP**
43 TYP**
-65
-95
-125
-140
-145
-148
-50
-35
0 to +3.3
+1.65 ± 0.25
Phase Noise,TYP
£(∆f)
Sub Harmonics, TYP
f_sub Load, nom, Supply nom
Control Voltage Range
Settability
VC
Vfo
Positive slope; 10% linearity MAX
Absolute Pull Range
APR
Minimum guaranteed freq. pull over ∆f/fc, over all conditions See Part Numbering
Input Impedance
Modulation Bandwidth
Enable High Option;
Pin 2
Output Enabled
Output Disabled
Enable Low Option;
Pin 2
Output Disabled
Output Enabled
Zin
BW
-3 dB
10 MIN
10 MIN
En
Dis
High Voltage or No Connect
Ground
0.7•Vcc MIN
0.3•Vcc MAX
Dis
En
High Voltage
Ground or No Connect
0.7•Vcc MIN
0.3•Vcc MAX
ps
ps
ps
ps
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
dBc
VDC
VDC
ppm
KΩ
KHz
VDC
VDC
VDC
VDC
RAMI TECHNOLOGY 10651 NW 19th St. Miami, Florida 33172 U.S.A. Tel: 305-593-8000
Fax: 305-593-8487 e-mail: sales@ramitechnology.com web: www.ramitechnology.com
VCXO
Page 2 of 3
*1 Test Conditions Unless Stated Otherwise: Nominal Vcc, Nominal Load, +25 ±3°C
*2 Frequency Dependent
*3 May not be Available With All Temperature Ranges or Frequencies — Please Consult Factory
*4 Measured with Wavecrest SIA-3000A 10,000, Cycles no filtering
*5 Calculated from Agilent 5500 phase noise measurements
*6 Measured with Agilent 5500
*7 Tighter stabilities maybe available upon request – please consult factory
$# PART NUMBERING SYSTEM:
SERIES
SYMMETRY
VS9M: UHF +3.3Vdc
VCXO with LVPECL
Comp. Output
A: 40/60 to 60/40%
T: 45/55 to 55/45%
TEMPERATURE
RANGE (°C)
R:
S:
U:
V:
0…+50
0…+70
-20…+70
-40…+85
ABSOLUTE PULL
RANGE
FREQUENCY
(MHz)
K: ±20 ppm
I: ±25 ppm
F: ±32 ppm
H: ±50 ppm
G: ±80 ppm
J: ±100 ppm*(note 3)
0.75…800.000
Enable/Disable
Enable High – standard (Omit Suffix)
EL; Enable Low
EXAMPLE: VS9MASH -155.520
VCXO, 7x5mm Package, +3.3 VDC Supply Voltage, LVPECL Output, Standard Symmetry, 0…+70°C Operating
Temperature Range, ±50 ppm APR, 25 ppm stability, 155.520 MHz
$# MECHANICAL PARAMETERS:
OUTLINE TOLERANCE:
±0.006” / 0.15mm
(Unless otherwise specified)
.197 ±.008
5.0 ±0.2
INDICATES PIN 1.
PIN FUNCTIONS:
[1] VOLTAGE CONTROL
[2] ENABLE/ DISABLE, OR NO CONNECT
[3] CASE GROUND
[4] OUTPUT
[5] COMP. OUTPUT
[6] SUPPLY VOLTAGE
.276 ±.008
7.0 ±0.2
.079 MAX.
2.00 MAX.
.200
5.08
.100
2.54
2
.079 TYP.
2.00 TYP.
3
.050
1.27
.150
3.81
1
6
5
.055 TYP.
1.40
MARKING:
VS9MASH
155.52
RAL D/C
*0.01µ
µF external by-pass
.087
2.20
filter is recommended as seen on solder
pattern.
4
.071
1.80
.100
2.54
SOLDER PATTERN
RAMI TECHNOLOGY 10651 NW 19th St. Miami, Florida 33172 U.S.A. Tel: 305-593-8000
Fax: 305-593-8487 e-mail: sales@ramitechnology.com web: www.ramitechnology.com
VCXO
Page 3 of 3
!#
REFLOW PROFILE:
**ROHS COMPLIANT**
RAMI TECHNOLOGY 10651 NW 19th St. Miami, Florida 33172 U.S.A. Tel: 305-593-8000
Fax: 305-593-8487 e-mail: sales@ramitechnology.com web: www.ramitechnology.com
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