TQM6M4002
Data Sheet
3V Quad-Band GSM850/900 DCS/PCS Transmit Module
Features
Functional Block Diagram
V1 Vcc1 Vcc2
• Ultra Compact Size – 6.0x6.0x1.1mm3.
RX1
RX RF Output
DCS/PCS
• High System Efficiency – GSM850 40%,
TX RF Input
RX2
RX RF Output
GSM900 45% , DCS/PCS 38%
Vmod_en
Vbs2
Logic
&
Power
Control
• Integrated Power and SP6T Control
• Integrated SP6T pHEMT Switch
• Free choice of Rx ports for band selection
• Integrated Low Pass Tx Harmonics Filter
• Positive Supply Voltage 3.0 to 4.5 V.
• 50 Ω Input and Output Impedances.
• GPRS Class 12 Compatible.
Vbs1
RX3
RX RF Output
VTX
Vramp
Vbat
RX4
RX RF Output
Diode
ESD-
GSM850/900
TX RF Input
ANT
TX RF Output
RX RF Input
Product Description
• CMOS Compatible Module Control Inputs.
• High-Reliability InGaP HBT Technology
• Ruggedness 30:1.
The advanced quad-band Transmit Module designed for mobile handset
applications provides full RF transmit functionality in a size of only 36 mm2.
The GSM850/900 and DCS/PCS power amplifier blocks including power
control are combined with the low insertion loss quad-band pHEMT switch, Tx
harmonics filtering, integrated switch decoder, four receive ports, and full ESD
protection. This architecture eliminates the need for any PA-to-switch design
effort for phone designers. All four Rx ports are frequency independent and
allow flexible routing to the transceiver. Fabricated in high-reliability InGaP
HBT / pHEMT technology, the module supports GPRS class 12 operation and
provides 50 Ohms input and output impedances at all RF input and output
ports. The module control inputs are CMOS compatible and has no need for
an external reference voltage. With its excellent efficiency performance in all
4 bands, the power amplifier and switch module contributes to the overall talk-
time targets of next generation mobile handset designs.
Applications
•
•
GSM GPRS Handsets and Modems
Dual-, Tri-, Quad-band Class 12 Compatible
Package Style
1
Data Sheet: Subject to change without notice
For additional information and latest specifications, see our website: www.triquint.com
Revision F, February 22, 2006