TQM6M9085 Datasheet, PDF (1/1 Pages) TriQuint Semiconductor – QUANTUM Tx™ Linear WEDGE 5.25x6mm SP8T Transmit Module

QUANTUM Tx™ Linear WEDGE 5.25x6mm SP8T Transmit
Module
TQM6M9085
Features
Functional Block Diagram
 Small 40-pin 5.25x6.0x1.0mm³ module
 PA input power controlled – GMSK and 8PSK
 Low-Band has 2 modes – HP, and LP
 High-Band has 2 modes – HP, and LP
 Integrated SP8T antenna switch with 4 linear ports
 TriQuint’s GaAs HBT / CuFlip^® PA technology
 Built-in CMOS controller
 Optimized for 50Ω system
 MSL3 260°C / RoHS / Halogen-free
Applications
 GSM/EDGE/WEDGE handsets
 GSM/EDGE/WEDGE wireless cards
RFIN_HB 1
LB_EN 2
V1 3
V2 4
V3 5
Mode 6
Vmode0 7
HB_EN 8
NC 9
RFIN_LB ¹⁰
40
39
38
37
36
35
34
33
32
31
LB
Logic &
Power
Control
SP8T
LB
11
12
13
14
15
16
17
18
19
20
30 GND
29 NC
28 NC
27 GND
26 Tx_Rx4
25 Tx_Rx3
24 Tx_Rx2
23 Tx_Rx1
22 Rx2
21 Rx1
Product Description
Pin Out & Assignments
The QUANTUM Tx™ TQM6M9085 is fully matched
SP8T WEDGE transmit module that performs the function
of 2G RF power amplification, power control and 3G band
11_{switching. The integration of the TQM6M9085 provides}
state of the art GSM/EDGE efficiency, reduces the overall
Pin#
Symbol
1 RFIN_HB
2 LB_EN
3 V1
4 V2
BOM count and allows a flexible single phone board
5 V3
layout to support up to four bands of WCDMA/LTE
operation. The PA core is an input power controlled,
6 Mode
multiple bias state, Quad-Band-GSM/EDGE PA designed
for use with Qualcomm multi-mode solutions supporting
Linear EDGE. The PA output power is controlled by the
input power coming from the transceiver in both GMSK
and 8PSK modes and thus does not require a V_RAMP input.
Additionally, the small 5.25mm x 6mm package requires
minimum board space and allows for high levels of device
7 Vmode0
8 HB_EN
9 N/C
10 RFIN_LB
18 VBATT
19 Vcc
integration.
21 Rx1
The TQM6M9085 is designed using TriQuint’s advanced
InGaP HBT technology with CuFlip^® assembly offering
state of the art reliability, temperature stability and
22 Rx2
23 Tx_Rx1
ruggedness.
24 Tx_Rx2
25 Tx_Rx3
Parameter
Maximum Input Power
26 Tx_Rx4
Absolute Maximum R₂a_8-t₂i₉ng_Ns_/C
Symbol _{31 Ant}
Min
P_IN
-
Description
High-Band RF Input
Low-Band Enable
Switch Control Voltage
Switch Control Voltage
Switch Control Voltage
Logic input to turn OFF PA
during Tx_Rx operation
Bias Mode Voltage
High-Band Enable
No Connect
Low-Band RF Input
Battery Supply Voltage
Collector Control Voltage
from DC/DC Converter
Rx Port
Rx Port
Tx Rx Port (Optimized for
Band 1)
Tx Rx Port
Tx Rx Port
Tx Rx Port
No Connect
An^Mten^an^xa Port ^Unit
15
dBm
Advance Data Sheet:
Rev D, December 5, 2012
© 2012TriQuint Semiconductor, Inc.
Disclaimer: Subject to change without notice
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