TQP4M4004 Datasheet, PDF (1/7 Pages) TriQuint Semiconductor – SP4T High Power 2.5V GSM Antenna Switch

TQP4M4004
(Preliminary data sheet Rev 0.1)
SP4T High Power 2.5V GSM Antenna Switch
Features:
• SLIM-17 Packaged PHEMT GaAs MMIC Die
• Small Footprint 2.5 x 2.5 mm
• Asymmetric Design for Lowest TX Insertion Loss: 0.5dB typ
• Thin Package: 0.6mm max for LTCC modules
• Excellent Harmonic Performance
-75dBc 2^nd Harmonic at GSM 850/900, +35dBm
-72dBc 2^nd Harmonic at DCS/PCS, +33 dBm
-76dBc 3^rd Harmonic at GSM 850/900, +35dBm
-75dBc 3^rd Harmonic at DCS/PCS, +33 dBm
• High Isolation:- 33dB typ
• Very Low Control Current
Applications:
• GSM Antenna Switch Modules (ASM).
Description:
SLIM17 Package Outline:
Top View
TX1 GND GND RX1
16
15
14
13
Pin 1
VX1 1
12
VR1
ANT 2
11 _NC
NC ³
10 NC
VX2 ⁴
9
5
6
7
8
TX2 GND GND RX2
VR2
TriQuint’s TQP4M4004 is a high power antenna switch in a single pole four throw (SP4T) configuration. The die
utilizes TriQuint’s PHEMT MMIC switch process to provide optimized harmonic performance for use in GSM
applications. PHEMT Switches are a very low DC current replacement for classic PIN diode based switches. The
SLIM-17 package is 0.6mm thick with a 2.5 x 2.5 mm footprint, which is ideally suited to replace package PIN diodes
on height critical LTCC modules. The TQP4M4004 can be combined with a Low Pass TX Filter and SAW RX filters to
form a GSM Antenna Switch Module. Also available as Bare Die TQ4M4004.
Electrical Performance: Ta = 25°C, Zo=50 Ohms, Vcontrol = 0V / 2.5V ¹
Parameter
Test Conditions
Units
Min
Typ
Max
Tx Insertion Loss
Tx Insertion Loss
Rx Insertion Loss
Rx Insertion Loss
Isolation Rx to Rx
Isolation Tx to Rx
Isolation Tx to Tx
2^nd Harmonic
2^nd Harmonic
2^nd Harmonic
2^nd Harmonic
3^rd Harmonic
3^rd Harmonic
3^rd Harmonic
3^rd Harmonic
GSM850/900
DCS/PCS
GSM850/900
DCS/PCS
GSM850/900, DCS/PCS
GSM850/900, DCS/PCS
GSM850/900, DCS/PCS
GSM850
GSM900
DCS
PCS
GSM850
GSM900
DCS
PCS
dB
0.48
dB
0.53
dB
0.55
dB
0.60
dB
-34
dB
-33
dB
-33
dBc
-75
dBc
-75
dBc
-75
dBc
-71
dBc
-76
dBc
-77
dBc
-76
dBc
-74
Copyright © 2004 TriQuint (pdc rev 0.1. 01/09/04)
1
All specifications subject to change without notice