Specification of SAW Filter RoHS Compliant

Specification of SAW Filter RoHS Compliant
No.
4
SFC3213-04
RoHS Compliant
Specification of SAW Filter
Part No. : SF14-0915M5UUA1
Oct., 14, 2014
Kyocera Corporation, Electronic Components Group, Circuit Device Dept.
Approved by
H. Arikawa
Design Engineering
Checked by
T. Ohbayashi
Design Engineering
KYOCERA CORPORATION
Issued by
E. Ohtsuka
Design Engineering
No.
4
SFC3213-04
Revision History
Revision
Date
Description
00
Jun., 19, 2012
Initial release
01
Jan., 06, 2014
Correct frequency range from 847~992MHz to 947~992MHz
of table 2
02
Aug., 09, 2014
・Modify operating temperature range from -30~+85℃
to -40~+85℃
・Add input/output VSWR @ -40~+85℃
03
Sep., 22, 2014
Modify test condition of humidity storage and temperature
cycle of table 4
04
Oct., 14, 2014
Modify test condition of high temperature storage and
low temperature storage of table 4
KYOCERA CORPORATION
1/12
No.
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SFC3213-04
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1. Scope
This specification shall cover the characteristics of the RF SAW filter for ISM band.
2. KYOCERA’s Part No.
SF 14 (a) (b)
0915 M 5 UU A1
(c) (d) (e) (f) (g)
(a)
(b)
(c)
(d)
Series
(e) Terminals
Package Size (f) In/Out Condition
Frequency
(g) Custom Specification
Type
3. Production Site
KYOCERA Kagoshima Kokubu Plant, Japan
4. Rating
Table 1
Items
Operating Temperature Range
2
Storage Temperature Range
Max Input Power
Rating
Unit
-40 to +85
deg.C
-40 to +85
deg.C
Note
+13
dBm
Nominal Input Impedance
50
ohm
Unbalance
Nominal Output Impedance
50
ohm
Unbalance
5. Measurement Temperature
It measures at normal temperature (25+/-2deg.C), and the electrical property (Table 2) within the
operational temperature range is guaranteed.
6. Measurement Circuit
(Top View)
(5)
(4)
50 ohm
(1)
50 ohm
(2)
(3)
KYOCERA CORPORATION
Pin No.
Function
(1)
Input
(2)
GND
(3)
GND
(4)
Output
(5)
GND
No.
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SFC3213-04
7. Electrical Characteristics
Table 2
Frequency Range
Items
[MHz]
Nominal Center Frequency
Specification
min.
-
typ.
max.
915
Unit
MHz
Insertion Loss
902
to
928
-
1.8
3.0
dB
Ripple (peak to peak)
902
to
928
-
0.5
1.8
dB
Input VSWR
902
to
928
-
1.7
2.0
-
2.5
-
2.0
-
2.5
-
2
Output VSWR
902
to
928
-
1.7
2
Absolute Attenuation
1
0.3
to
800
50
56
-
dB
800
to
845
45
62
-
dB
845
to
880
33
47
-
dB
947
to
992
13
27
-
dB
992
to
1020
35
53
-
dB
1020
to
1200
45
53
-
dB
KYOCERA CORPORATION
Note
-30 to +85deg.C
-30 to +85deg.C
No.
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SFC3213-04
8. Dimensions
(Bottom View)
(Top View)
0.55+0.15/-0.10
*
1.1±0.1
K T1
...
(1)
(4)
(2)
(3)
(4)
(5)
(1)
(3)
(2)
(0.075)
0.50±0.05 0.50±0.05
Unit
Terminal quality of the material
The degree of terminal flat
K
T1
*
…
:
:
:
:
:
:
:
:
…
mm
Ni (1.0um min.)
Au (0.02um min.)
0.10mm max.
KYOCERA logo
Identification no.
Monthly code
Index mark of ten days
( 1~10, : 11~20, ・ 21~31)
Table 3. Monthly Code Production
Year Month Code Year Month Code Year Month Code Year Month Code
2011
1
a
2012
1
n
2013
1
A
2014
1
N
2015
2
b
2016
2
p
2017
2
B
2018
2
P
3
c
3
q
3
C
3
Q
4
d
4
r
4
D
4
R
5
e
5
s
5
E
5
S
6
f
6
t
6
F
6
T
7
g
7
u
7
G
7
U
8
h
8
v
8
H
8
V
9
j
9
w
9
J
9
W
10
k
10
x
10
K
10
X
11
l
11
y
11
L
11
Y
12
m
12
z
12
M
12
Z
KYOCERA CORPORATION
5-0.325±0.050
(5)
5-0.25±0.05
0.288±0.050 0.288±0.050
(0.10)
1.4±0.1
No.
4
SFC3213-04
9. Recommendable Land Pattern
(Top View)
5-0.25
(4)
0.288 0.288
5-0.325
(5)
(1)
(2)
(3)
Unit : mm
0.50
0.50
: Electrode
10. Recommendable Reflow Soldering Profile
Temperature measurement point is surface of glass epoxy circuit board.
Reflow 2 times max.
8sec Max.
Temperature (deg. C)
250
250deg.C Max.
220deg.C Min.
200
150
180+/-5deg.C
140+/-10deg.C
100
50
25
40+/-10
90+/-10
Time (sec.)
KYOCERA CORPORATION
35+/-5
5/12
No.
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11. Environmental Characteristics
Table 4
Item
3
Humidity Storage
4
High Temperature
Storage
4
Low Temperature
Storage
3
Temperature Cycle
Random Drop
Vibration
Resistance to Reflow
Solder Heat
Circuit Board
Deflection
ESD
20
Fig.-1
Condition
Subject the filter to 85+/-2deg.C and 85+/-2%RH for 1,000hours.Then, release the
filter into the room conditions for 2hours minimum to the measurement.It shall
fulfill the specifications in Table 2.
Subject the filter to 85+/-2deg.C for 1,000hours.Then, release the filter into the
room conditions for 2hours minimum to the measurement.It shall fulfill the
specifications in Table 2.
Subject the filter to –40+/-2deg.C for 1,000hours.Then, release the filter into the
room conditions for 2hours minimum to the measurement.It shall fulfill the
specifications in Table 2.
1,000 cycles (1cycles:-40deg.C for 30minutes then 85deg.C for 30minutes.) An
examination is done under the evaluation circuit board mounting condition.Then,
release the filter into the room conditions for 2hours minimum to the
measurement.It shall fulfill the specifications in Table 2.
Drop the filter randomly onto a concrete floor from the height of 1m, 3times.It shall
fulfill the specifications in Table 2.
Subject the filter to vibration for 2hour each in the X,Y and Z axes with the
amplitude of 1.5mm,10 to 55Hz/min. It shall fulfill the specifications in Table 2.
Expose filter to increasing temperature with Recommendable Reflow Soldering
Profile,twice.Then, release the filter into the room conditions for 2hours minimum
to the measurement.It shall fulfill the specifications in Table 2.
It is mounted on the circuit board for the evaluation, and the center of the circuit
board is pushed from the product mounting side and the anti-interview, and a
circuit board is made to sag 2mm.It carried out 3times in X and the direction of
Y,respectvely. ( Fig.-1 ) There are not mechanical damage and electrode
detachment
A direct current voltage is increased to DEVICE mounted on the evaluation circuit
board. The failure rate which occurred by the direct current voltage is
investigated.A direct current voltage begins from 39V.As for the voltage,it increses
with step of E12 series.A failure voltage is prescribed in the direct current voltage
that an accumulate trouble rate is 10%.It is judged with the trouble when increase
in the insertion loss occurs beyond 0.3dB before and after the examination.A
failure voltage is more than 50V. ( Fig.-2 )
50
F
<Assigned Board>
Material : Glass Epoxy
Thickness : 1.6mm
Size
: 100x40mm
Fig.-2
1M ohm SW
200pF
0 ohm
Input Port
DUT
R230
Increased
Voltage
2
DC
Source
45
45
Unit [mm]
ESD TEST Circuit(Machine Model)
KYOCERA CORPORATION
No.
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SFC3213-04
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12. Taping Specification
12-1. Tape Material
Polyester resin, or Polystyrene resin (conductivity type)
12-2. Tape Dimensions
G
H
A
T
R
B
D
C
E
R
φJ
φK
R
F
W
R
Unit : mm
Part
Dimension
Part
Dimension
Part
Dimension
A
1.4 ± 0.1
F
4.0 ± 0.1
R
0.3 Max
B
1.7 ± 0.1
G
4.0 ± 0.1
W
0.8 ± 0.1
C
8.0 ± 0.2
H
2.00 ± 0.05
T
0.20 ± 0.05
D
E
3.50 ± 0.05 1.75 ± 0.10
φJ
φK
1.5 ± 0.1
0.50 ± 0.05
* W Dimension is depth of pockets.
12-3. Taping Quantity
One reel of tape shall pack 3,000 filters maximum.
No filter shall be missing and contained continuously in pocket.
12-4.Reel Material
Polystyrene resin (conductivity type)
12-5. Reel Dimensions
D
B
E
R
C
T
A
W
Unit : mm
Part
Dimension
Part
Dimension
A
178 ± 2
E
2.0 ± 0.5
B
60 ± 2
R
1
C
13.0 ± 0.2
W
9.5 ± 1.0
KYOCERA CORPORATION
D
21.0 ± 0.8
T
2.0 ± 0.2
No.
SFC3213-04
4
12-6. Leader and blank pocket
Package shall consist of Leader and Blank Pocket, and packaging direction is as following.
Pulling Direction
Leader
10pitches Min.
200mm Min.
*
…
(1)
(5)
KT1
(4)
10pitches Min.
Blank Pocket
(3)
Loaded Pocket
(2)
Blank Pocket
Parts Direction
12-7.Taping peel strength
The taping peel test condition, method and peeling strength range are described as following.
Test condition:120mm/min. 160~180°
Peel strength range :0.1~1.0N
Top Tape
Carrier tape
160~180°
Pulling Direction
KYOCERA CORPORATION
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No.
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SFC3213-04
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12-8.Reel Label
The following contents are indicated in a reel. (based on EIAJ-C3 label)
Reel Label
・Customer Parts Name
・Quantity
・Manufacturing Parts Name
・Lot Number
・Shipping Date
・Delivery corporate name
Reel
12-9. Aluminum Packing Label
We place care instruction, reel label and MSL label on the front of aluminum hermetic container.
MSL Label
Reel Label
ESD
Label
Care
instructions
MSL/ESD Label
Aluminum packing
12-10. Packing Form / Packing Case Label
During transportation, after packing into an aluminum packing for every reel so that a damage
and moisture absorption may not be given to a product, it puts into a packing box.
The following contents are indicated in a packing case. ( based on EIAJ-C3 label)
Aluminum packing
・Customer Parts Name
・Quantity
・Manufacturing Parts Name
・Lot Number
・Shipping date
・Delivery corporate name
Packing Box Label
Packing Box
Packing Form
KYOCERA CORPORATION
No.
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SFC3213-04
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13. Precaution in handling
13-1. Application instructions
1) This product is designed to be used for general electronic device and is not designed in the
high reliability application listed below.
Please inform the department in charge when using the product for following applications.
Utility in nuclear power plant
Traffic signal control system
Utility in space
security and disaster-prevention
Aircraft
Transporter (car, train, ship, etc.)
under water or ground
Medical
other – applications requires same environmental status as above.
2) This product must not be used in every application which are primary – intended to damage
human race or their property.
Arms (missile, bomb and other application to damage human)
Weapons (transports act for combat )
Controller with primary – intended to military use.
13-2. Operating Environment
1) Use this product within the certified operating temperature.
If not, it may not fulfill the requested electrical characteristic. It may move successfully for a
short time, but it will cause degradation or breakdown, moreover lower the reliability.
2) This product is designed and manufactured with intention to be used in general
electronic equipments for standard applications but with no intention to be used in the
following environments which may affect performance of this product.
Therefore, make sure to have enough confirmation on performance and
reliability of this product in the following environments in advance before use.
・Under corrosive gas (Cl2, H2S, NH3, SOx, NOx, etc.)
・Under volatile and inflammability gas
・Dusty environment
・Under water trickle or dew drop occur from humid.
・Under direct sunlight
・Under high static charge or electric intensity.
Please inform the department in charge when using the product for the application above.
3) This product can’t be used in liquid (water, oil, chemical, organic solvent)
4) Please use under certified voltage.
If not, it may not fulfill the requested electrical characteristic. It may move successfully for a
short time, but it will cause degradation or breakdown, moreover lower the reliability.
5) The face resin is not on the purpose of insulation, do not contact with other components.
6) There might be a strong electrical charge when rapid thermal change is added to this product.
This charge may damage this product and the surrounding circuit. Therefore, please load
discharge path between output-Ground , input-Ground.
7) Please do not load larger stress loaded under the environmental test.
It may move successfully for a short time, but it will cause degradation or breakdown,
moreover lower the reliability.
8) Do not mold this product by transfer molding. It may not have a normal operation from the
sealing break. Please inform the department in charge when molding by resin.
KYOCERA CORPORATION
No.
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SFC3213-04
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13-3. Storage instructions
1) Please do not store under following condition. Solderability might deteriorate.
・Under corrosive gas (Cl2, H2S, NH3, SOx, NOx, etc.)
・Under volatile and inflammability gas
・Dusty environment
・Under water trickle or dew drop occur from humid.
・Under direct sunlight
・Under high static charge or electric intensity.
Please inform the department in charge when storing or handling the product under the
environment.
2) Store this product under normal temperature , normal humidity with sealed or unopened package.
Store more than the maximum storage limit 12months after shipment, the solderability might
deteriorate. Therefore, make sure and test before using. Also, the electrode might
change color during a long term storage.
3) Open the seal pack just before using.
After opening, please mount onto the board under 5-30deg.C, below 60%RH within 168 hours.
4) When stocking the box too high, it might fall down. Please stock the box within 5 boxes.
13-4. Handling instructions
1) Please do not load larger vibration or shock loaded under the environmental test while handling.
It may cause degradation or breakdown and moreover lower the reliability.
2) Please do not load larger shock or stress than environmental test while handling the board
with this product mounted.
3) Please handle this product with static electric and high voltage countermeasures. If static electric
are loaded, degradation or damage may happen.
4) Do not handle this product with bear hand.
13-5. Placing instructions
1) Do not mount on the place where has a large stress while bending and bowing the board.
There might be a large stress or shock when it’s placed near the connection parts with other
outer parts.
2) Please do not load larger stress than environmental test while mounting on the board.
3) Please bond every electrode with solder. If not, the electrode strength might lower.
KYOCERA CORPORATION
No.
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SFC3213-04
12/12
13-6. Recommendable rework condition
1) Following status is recommended for the rework.
○Reflow solder
Please reflow by the recommended reflow profile
○Heat gun (Spot heater)
Pre-heating : 150deg.C +/- 10deg.C min 60sec
Hot air
: 280deg.C +/- 10deg.C max 30 sec
2) The chip might break from the mechanical stress if there are too much solder on the land pattern.
Please design the land pattern area and solder volume within the recommended status.
3) Please mount this product by reflow. Characteristic degradation or damaging the product might
occur when rapid temperature change happens by short pre-heating.
Please inform the department in charge if there are plans to use this product far from the
condition described above.
4) The heating limit time when using heat gun repeatedly, will be the sum total time.
13-7. Recommended washing conditions
1) While washing the board after soldering, following conditions are recommended.
Avoid using Fluorocarbon and Trichloroethane from the environmental protection.
Washing medicine Kao.CO. Clean through 750H
Isopropyl alcohol、
ethyl alcohol
Washing condition
medicine wash
pure water wash
drying
60 deg.C, 90 sec
60 deg.C, 90 sec
80 deg.C, 30 min
2) Washing after reflow might cause product degradation from rapid temperature change.
Please make sure the products are fully cooled to the room temperature.
3) Supersonic may cause characteristic degradation. Avoid supersonic wash.
4) Please dry the product within 60 minute after washing.
5) Please test and estimate the quality by actual product board before washing.
13-8. General information
If we stop the production of this product, we will let you know in writing a part number, the lifecycle
reason, the discontinued time and the supply period for discontinued after six months ago as a
general rule.
13-9. Warning about approval sheet
1) Test with actual product board before using.
2) Do not use without any depart from this specification sheet.
KYOCERA CORPORATION
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