Terms of delivery and rights to change design reserved. OFW EM CP
Page 1 of 7 July 20, 1999
SAW Components
Data Sheet
B4036
959,5 MHz
914,5 MHz
Low-Loss Duplexer for Mobile Communication
Ceramic package QCC8B
Dimensions in mm, approx. weight 0,07 g
Features
●Compact RF duplexer for cordless telephone CT1
●No matching network required for operation at 50 Ω
●Ceramic package for Surface Mounted Technology
(SMT)
Terminals
●Ni, gold-plated
Pin configuration
6 Ant
3 Port 1 (Rx/Tx)
1 Port 2 (Tx/Rx)
5, 7 ANT - ground
2 Port 2 - ground
4, 8 Case / Port 1 - ground
Electrostatic Sensitive Device (ESD)
Type Ordering code Marking and Package
according to Packing
according to
B4036 B39961-B4036-Z810 C61157-A7-A46 F61074-V8037-Z000
Maximum ratings
Operating temperature range
T
0 /+ 60 ˚C
Storage temperature range
T
stg – 40/+ 85 ˚C
DC voltage
V
DC 3V
Input power
P
IN 17 dBm
Terms of delivery and rights to change design reserved. OFW EM CP
Page 2 of 7 July 20, 1999
SAW Components
Data Sheet
B4036
959,5 MHz
914,5 MHz
Low-Loss Duplexer for Mobile Communication
Characteristics channel 1 (Port 1 - Ant)
Operating temperature range:
T
= 0 to +60 ˚C
Ant term. impedance ZAnt =50 Ω
Port 1 term. impedance ZPort 1 =50 Ω
Port 2 term. impedance ZPort 2 =50 Ω
min. typ. max.
Center frequency
f
c— 959,5 — MHz
Maximum insertion attenuation αmax
959,00 ... 960,00 MHz — 3,6 4,2 dB
Amplitude ripple (p-p) ∆α
959,00 ... 960,00 MHz — 0,3 0,8 dB
Absolute attenuation α
0,30 ... 888,00 MHz 50 55 — dB
888,00 ... 913,00 MHz 42 48 — dB
913,00 ... 924,10 MHz 45 48 — dB
924,10 ... 939,10 MHz 30 35 — dB
939,10 ... 949,80 MHz 5 20 — dB
969,20 ... 973,00 MHz 5 17 — dB
973,00 ... 979,50 MHz 15 29 — dB
979,50 ... 1001,30 MHz 35 40 — dB
1001,30 ... 1100,00 MHz 50 54 — dB
1100,00 ... 1350,00 MHz 40 47 — dB
1350,00 ... 2000,00 MHz 25 29 — dB
2000,00 ... 3000,00 MHz 10 15 — dB
Terms of delivery and rights to change design reserved. OFW EM CP
Page 3 of 7 July 20, 1999
SAW Components
Data Sheet
B4036
959,5 MHz
914,5 MHz
Low-Loss Duplexer for Mobile Communication
Characteristics channel 2 (Port 2 - Ant)
Operating temperature range:
T
= 0 to +60 ˚C
Ant term. impedance ZAnt =50 Ω
Port 1 term. impedance ZPort 1 =50 Ω
Port 2 term. impedance ZPort 2 =50 Ω
min. typ. max.
Center frequency
f
c— 914,5 — MHz
Maximum insertion attenuation αmax
914,00 ... 915,00 MHz — 3,4 4,0 dB
Amplitude ripple (p-p) ∆α
914,00 ... 915,00 MHz — 0,3 0,8 dB
Absolute attenuation α
0,30 ... 825,00 MHz 50 59 — dB
825,00 ... 871,10 MHz 46 52 — dB
871,10 ... 872,10 MHz 48 53 — dB
872,10 ... 894,10 MHz 28 32 — dB
894,10 ... 904,80 MHz 5 19 — dB
924,20 ... 932,50 MHz 6 22 — dB
932,50 ... 956,30 MHz 33 37 — dB
956,30 ... 970,00 MHz 44 47 — dB
970,00 ... 1100,00 MHz 50 55 — dB
1100,00 ... 1350,00 MHz 40 47 — dB
1350,00 ... 1850,00 MHz 20 26 — dB
1850,00 ... 2000,00 MHz 15 20 — dB
2000,00 ... 3000,00 MHz — 8 — dB
Terms of delivery and rights to change design reserved. OFW EM CP
Page 4 of 7 July 20, 1999
SAW Components
Data Sheet
B4036
959,5 MHz
914,5 MHz
Low-Loss Duplexer for Mobile Communication
Frequency response channel 1 :
Frequency response channel 2 :
Terms of delivery and rights to change design reserved. OFW EM CP
Page 5 of 7 July 20, 1999
SAW Components
Data Sheet
B4036
959,5 MHz
914,5 MHz
Low-Loss Duplexer for Mobile Communication
Frequency response channel 1 : (passband)
Frequency response channel 2 : (passband)
Terms of delivery and rights to change design reserved. OFW EM CP
Page 6 of 7 July 20, 1999
SAW Components
Data Sheet
B4036
959,5 MHz
914,5 MHz
Low-Loss Duplexer for Mobile Communication
Frequency response channel 1 : (wideband)
Frequency response channel 2 : (wideband)
Terms of delivery and rights to change design reserved. OFW EM CP
Page 7 of 7 July 20, 1999
SAW Components
Data Sheet
B4036
959,5 MHz
914,5 MHz
Low-Loss Duplexer for Mobile Communication
Isolation between channel 1 and channel 2
Operating temperature range
T
= 0 to +60 ˚C
Ant term. impedance ZAnt =50 Ω
Port 1 term. impedance ZPort 1=50 Ω
Port 2 term. impedance ZPort 2=50Ω
Isolation between channel 1 and channel 2 :
min. typ. max.
Absolute attenuation α
959,00 ... 960,00 MHz 40 46 — dB
914,00 ... 915,00 MHz 43 50 — dB
