SAW Bandpass Filter F8364
Features
CDMA applications
Usable bandwidth of 25 MHz
No impedance matching require for operation at 50
Ceramic Surface Mounted Device Package ( 3.0 mm * 3.0 mm )
Single-ended Operation
RoHS Compliant
Package Dimensions
1
6
6
1
2
I
8364
5
5
2
3
4
4
3
Dimensions shown are nominal in millimeters
Body : Al
2
O
3
Ceramic
Lid : Kovar, Ni Plated
Terminations : Au plating 0.3 ~ 1.0 um, Over a 1.27 ~ 8.89 um
Ni Plating
Pin Configurations
2
5
1, 3, 4, 6
Input
Output
Case ground
Maximum Ratings
Parameters
Operating Temperature Range
Storage Temperature Range
Power Handling Capability
Electrostatics Sensitive Device (ESD)
Unit
℃
℃
dBm
Minimum
-30
-40
-
Typical
25
-
-
Maximum
85
85
-
I T F Co., Ltd.
102-901, Bucheon Technopark 364,
Samjeong-Dong, Ojeong-Gu, Bucheon-City,
Gyounggi-Do, Korea 421-809
Part No.
Rev. Date
Rev.
F8364
2007-05-29
NF7008-AS01
1/7
SAW Bandpass Filter F8364
Specifications
Minimum
Center Frequency ( Fc )
Insertion Loss (In Fc +/- 12.5 MHz)
Amplitude Ripple (In Fc +/- 12.5 MHz)
VSWR (In Fc +/- 12.5 MHz)
Relative Attenuation
DC ~ 800.0 MHz
869.0 MHz ~ 894.0 MHz
894.0 MHz ~ 1049.0 MHz
1049.0 MHz ~ 1200.0 MHz
1200.0 MHz ~ 2000.0 MHz
Temperature Range (Operational)
Input RF Power (In Fc +/- 12.5 MHz)
Input/Output Impedance
45.0
25.0
35.0
48.0
35.0
-30
-
51.0
29.0
40.0
53.0
39.0
25
10
50
-
-
-
-
dB
-
-
-
-
Typical
836.5
1.76
0.77
2.0
Maximum
-
3.0
1.5
2.2
Unit
MHz
dB
dBp-p
85
-
℃
dBm
Ohms
Notes :
1) All specifications are based on the matching schematic shown below, measured by Agilent Network analyzer and
full 2 port calibration.
2) Electrical margin has been built into the design to account for the variations due to temperature drift and manufacturing
tolerances
3) All attenuation measurements are measured relative to insertion loss
I T F Co., Ltd.
102-901, Bucheon Technopark 364,
Samjeong-Dong, Ojeong-Gu, Bucheon-City,
Gyounggi-Do, Korea 421-809
Part No.
Rev. Date
Rev.
F8364
2007-05-29
NF7008-AS01
2/7
SAW Bandpass Filter F8364
Matching Schematic
( Actual matching values may vary due to PCB layout and parasitics )
Input
50
Ω
Output
50
Ω
Marking Configuration
1)
I
2)
8364
3)
1) Pad Number 1 Index
2) Manufacturer name
3) Marking Number
* Ink or Laser Marking available
I T F Co., Ltd.
102-901, Bucheon Technopark 364,
Samjeong-Dong, Ojeong-Gu, Bucheon-City,
Gyounggi-Do, Korea 421-809
Part No.
Rev. Date
Rev.
F8364
2007-05-29
NF7008-AS01
3/7
SAW Bandpass Filter F8364
Typical Performance ( at 25℃ )
℃
CH1 S21
LOG
10 dB/ REF 0 dB
29 May 2007 14:01:27
4:-1 . 8452 dB
836. 500 000 MHz
CH1Markers
Cor
4
1:-54 . 044 dB
800. 000 MHz
2:-33 . 515 dB
869. 000 MHz
3:-39 . 307 dB
894. 000 MHz
2
3
1
CENTER836. 500 000 MHz
SPAN 300. 000 000 MHz
CH2 S21
LOG
1 dB/ REF 0 dB
29 May 2007 14:01:38
2:- . 21380 dB
25. 000 000 MHz
CH2Markers
mean . 2931 dB
:-2
s. dev: . 24690 dB
p-p : . 86920 dB
REF=1
2
1
Cor
CENTER836. 500 000 MHz
SPAN 100. 000 000 MHz
I T F Co., Ltd.
102-901, Bucheon Technopark 364,
Samjeong-Dong, Ojeong-Gu, Bucheon-City,
Gyounggi-Do, Korea 421-809
Part No.
Rev. Date
Rev.
F8364
2007-05-29
NF7008-AS01
4/7
SAW Bandpass Filter F8364
Input / Output VSWR Charts
CH1 S11
SWR
1 /
REF 1
29 May 2007 14:02:02
3: 1. 2652
836. 500 000 MHz
CH1 S22
SWR
1 /
REF 1
29 May 2007 14:02:16
3: 1. 2471
836. 500 000 MHz
CH1 Markers
Cor
1: 1. 1764
824. 000 MHz
2: 1. 3746
849. 000 MHz
Cor
CH1 Markers
1: 1. 1995
824. 000 MHz
2: 1. 3788
849. 000 MHz
3
CENTER 836. 500 000 MHz
1
2
SPAN 300. 000 000 MHz
CENTER 836. 500 000 MHz
1
3
2
SPAN 300. 000 000 MHz
Input / Output Smith Charts
29 May 2007 14:02:08
18. 439 pF
836. 500 000 MHz
29 May 2007 14:02:24
17. 552 pF
836. 500 000 MHz
CH1 S11
1 U FS
3: 57. 238
-10 . 318
CH1 S22
1 U FS
3: 53. 809
-10 . 840
CH1 Markers
Cor
1: 48. 375
-7 . 6816
824. 000 MHz
2: 52. 545
-16 . 172
849. 000 MHz
Cor
CH1 Markers
1: 45. 879
-7 . 5723
824. 000 MHz
2: 51. 020
-16 . 266
849. 000 MHz
3
1
2
1
3
2
CENTER 836. 500 000 MHz
SPAN 300. 000 000 MHz
CENTER 836. 500 000 MHz
SPAN 300. 000 000 MHz
I T F Co., Ltd.
102-901, Bucheon Technopark 364,
Samjeong-Dong, Ojeong-Gu, Bucheon-City,
Gyounggi-Do, Korea 421-809
Part No.
Rev. Date
Rev.
F8364
2007-05-29
NF7008-AS01
5/7
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