copyright ? 2004 triquint semiconductor, inc. (pdc rev 0.2 1/9/04 1 all specifications subject to change. TQ4M4006 (preliminary data sheet rev 0.2) features: schematic layout: ? unpackaged phemt gaas mmic die ? high linearity, asymmetric design ? excellent harmonic performance ?79 dbc 2 nd harmonic at 1ghz / +35dbm ?90 dbc 2 nd harmonic at 2ghz / +33 dbm ? high tx to rx isolation: -40db typ ? low insertion loss: o tx path 0.35db typ at 1 ghz o rx path 0.7 db typ at 1 ghz ? low control voltage operation to <2.0v ? very low control current: <100 a typ ? flexible bonding options applications: ? quad band for gsm handset antenna switch modules (asm) and front end modules (fem) ? dual and tri-band gsm capable with unused ports description: triquint?s TQ4M4006 is a high power antenna switch die in a single pole six throw (sp6t) configuration. the die utilizes triquint?s phemt mmic switch process to prov ide optimized performance for use in gsm quad band modules. phemt switches are a very low dc current replac ement for classic pin diode based switches. the die is ideally suited to applications where the antenna of a gsm han dset is to be routed to the two separate tx ports and up to four separate rx inputs. use of 2 or 3 of the rx ports allows the same switch die to be used in dual and tri- band gsm applications. the TQ4M4006 finds applications in antenna switch modules combined with tx low pass filters and rx saw filters. it is also suitable for use in front end pa modules that integrate pa, cmos controller/decoder, and filters together. robust operation is available with stable harmonic performance down less than 2.0v of control voltage and ov er a wide operating power range. electrical performance: ta = 25 c, zo=50 ohms, vcontrol = 0v / 2.5v 1 parameter test conditions units min typ max tx insertion loss gsm850/900 db 0.35 tx insertion loss dcs/pcs db 0.45 rx insertion loss gsm850/900 db 0.7 rx insertion loss dcs/pcs db 0.9 isolation rx to rx gsm850/950 , pcs/dcs ; rx on db -30 isolation tx to rx gsm850/950 , pcs/dcs ; tx on db -40 isolation tx to tx gsm850/950 pcs/dcs ; tx on db -32 2 nd harmonic gsm850/900 , pin = +35dbm dbc -79 2 nd harmonic dcs/pcs , pin = +33 dbm dbc -90 3 rd harmonic gsm850/900 , pin = +35dbm dbc -79 3 rd harmonic dcs/pcs , pin = +33 dbm dbc -80 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 sp6t high power 2.5v antenna switch q uad-band gsm850/gsm900/dcs/pcs
TQ4M4006 preliminary data sheet copyright ? 2004 triquint semiconductor, inc. (pdc rev 0.2 1/9/04 2 all specifications subject to change. sp6t high power 2.5v antenna switch quad-band gsm850/gsm900/dcs/pcs electrical performance (continued): ta = 25 c, zo=50 ohms, vcontrol = 0v / 2.5v 1 parameter test conditions units min typ max iip3 two tones ; +20dbm each: 1mhz s p acin g; 1950 mhz dbm +55 return loss 0.5 to 2.0ghz db -20 leaka g e current - truth table: 2, 3 parameter absolute maximum max input power +38dbm control voltage +/-5v operating temp -40 c to +85 c storage temp -65 c to +150 c absolute maximum ratin g s 4 : notes: 1. external dc blocking capacito rs are required at all rf ports 2. state 1 = +2.0v to +5.0v, state 0 = 0v to +0.2v 3. differential voltage from st ate 1 to state 2 must be a minimum of 2.0v 4. exceeding any parameter either individually or in combination may cause permanent damage. vtx1 vtx2 vmode vrx1 vrx2 vrx3 vrx4 ant-tx1 ant-tx2 ant-rx1 ant-rx2 ant-rx3 ant-rx4 1000000onoffoffoffoffoff 0100000offonoffoffoffoff 0011000offoffonoffoffoff 0010100offoffoffonoffoff 0010010offoffoffoffonoff 0010001offoffoffoffoffon
TQ4M4006 preliminary data sheet copyright ? 2004 triquint semiconductor, inc. (pdc rev 0.2 1/9/04 3 all specifications subject to change. sp6t high power 2.5v antenna switch quad-band gsm850/gsm900/dcs/pcs pad number pad name description 1tx1 tr a n s mi t rf p o r t 1 2vtx1 co n t r o l tx1 3 ant m a in rf ant p o r t 4vtx2 co n t r o ltx2 5 tx2 tr a n s mi t rf p o r t 2 6 g nd g r ou n d 7 rx4 redundant receive rf port 4 8 ant redundant rf ant 9 g nd g r ou n d 1 0 vrx4 redundant control 11 vrx4 co n t r o l rx4 12 rx4 r ece iv e rf p o r t 4 1 3 g nd g r ou n d 14 rx 3 r ece iv e rf p o r t 3 1 5 vrx 3 co n t r o l rx 3 1 6 vm co n t r o l tx / rx m ode 17 vrx2 co n t r o l rx2 1 8 rx2 r ece iv e rf p o r t 2 1 9 g nd g r ou n d 2 0 rx1 r ece iv e rf p o r t 1 21 vrx1 co n t r o l rx1 22 vrx1 redundant control 2 3 g nd g r ou n d 24 ant redundant rf ant 25 rx1 redundant receive rf port 1 2 6 g nd g r ou n d die layout: ant vtx1 tx1 vtx2 tx2 gnd rx4 ant ant rx1 rx1 gnd rx2 vrx2 vm vrx3 rx3 gnd rx4 vrx4 vrx4 gnd vrx1 vrx1 gnd gnd ant vtx1 tx1 vtx2 tx2 gnd rx4 ant ant rx1 rx1 gnd rx2 vrx2 vm vrx3 rx3 gnd rx4 vrx4 vrx4 gnd vrx1 vrx1 gnd gnd
TQ4M4006 preliminary data sheet copyright ? 2004 triquint semiconductor, inc. (pdc rev 0.2 1/9/04 4 all specifications subject to change. sp6t high power 2.5v antenna switch quad-band gsm850/gsm900/dcs/pcs flexible bonding configurations: external dc blocking capacitors are required on all rf ports. three alternate antenna bonding pads ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 tx1 ant tx2 rx1 rx2 rx3 rx4 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 tx1 ant tx2 rx1 rx2 rx3 rx4 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant tx1 tx2 rx4 rx3 rx2 rx1 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant ant ant gnd vrx1 gnd rx2 vrx2 vmode rx3 vrx3 gnd vrx4 gnd rx4 rx1 rx4 vrx4 vrx1 gnd tx1 vtx1 rx1 gnd tx2 vtx2 ant tx1 tx2 rx4 rx3 rx2 rx1 rx1, rx4, vrx1 and vrx4 bonded from sides (as used on triquint application board) all rx control lines and rx ports bonded off lower edge
TQ4M4006 preliminary data sheet copyright ? 2004 triquint semiconductor, inc. (pdc rev 0.2 1/9/04 5 all specifications subject to change. sp6t high power 2.5v antenna switch quad-band gsm850/gsm900/dcs/pcs typical performance curves: tx insertion loss and return loss rx insertion loss and return loss isolation curves sp6t tx1 & tx2 to antenna (vctrl=2.5v) -1.2 -1.1 -1.0 -0.9 -0.8 -0.7 -0.6 -0.5 -0.4 -0.3 -0.2 0.0 0.5 1.0 1.5 2.0 2.5 frequency (ghz) insertion loss (db) -50 -45 -40 -35 -30 -25 -20 -15 -10 -5 0 return loss (db) sp6t rx1 - rx4 to antenna (vctrl=2.5v) -2.4 -2.2 -2.0 -1.8 -1.6 -1.4 -1.2 -1.0 -0.8 -0.6 -0.4 0.0 0.5 1.0 1.5 2.0 2.5 frequency (ghz) insertion loss (db) -50 -45 -40 -35 -30 -25 -20 -15 -10 -5 0 return loss (db) sp6t tx to rx isolation tx on (vctrl=2.5v) -60.0 -55.0 -50.0 -45.0 -40.0 -35.0 -30.0 -25.0 -20.0 0.0 0.5 1.0 1.5 2.0 2.5 frequency (ghz) isolation (db) sp6t rx to rx isolation rx on (vctrl=2.5v) -60.0 -55.0 -50.0 -45.0 -40.0 -35.0 -30.0 -25.0 -20.0 0.0 0.5 1.0 1.5 2.0 2.5 frequency (ghz) isolation (db) sp6t tx to tx isolation tx on (vctrl=2.5v) -60.0 -55.0 -50.0 -45.0 -40.0 -35.0 -30.0 -25.0 -20.0 0.0 0.5 1.0 1.5 2.0 2.5 frequency (ghz) isolation (db)
TQ4M4006 preliminary data sheet copyright ? 2004 triquint semiconductor, inc. (pdc rev 0.2 1/9/04 6 all specifications subject to change. sp6t high power 2.5v antenna switch quad-band gsm850/gsm900/dcs/pcs 1ghz 2 nd and 3 rd harmonics 2 ghz 2 nd and 3 rd harmonics sp6t tx1 & tx2 (f=1.0ghz pin=35 dbm) 40 50 60 70 80 90 100 110 1.52.02.53.03.54.04.55.0 control voltage (volts) harmonics (dbc) h2 h3 sp6t tx1 & tx2 (f=1.0ghz vctrl=2.5v) 40 50 60 70 80 90 100 110 26 27 28 29 30 31 32 33 34 35 36 input power (dbm) harmonics (dbc) h2 h3 sp6t tx1 & tx2 (f=2.0ghz pin=33 dbm) 40 50 60 70 80 90 100 110 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 control voltage (volts) harmonics (dbc) h2 h3 sp6t tx1 & tx2 (f=2.0ghz vctrl=2.5v) 40 50 60 70 80 90 100 110 24 25 26 27 28 29 30 31 32 33 34 input power (dbm) harmonics (dbc) h2 h3
TQ4M4006 preliminary data sheet copyright ? 2004 triquint semiconductor, inc. (pdc rev 0.2 1/9/04 7 all specifications subject to change. sp6t high power 2.5v antenna switch quad-band gsm850/gsm900/dcs/pcs quad band egsm/gsm850/dcs/pcs v1 v2 v3 vm v4 v5 v6 sp6t switch decoder tx/rx hi/lo band us/euro vcc dcs/pcs tx dcs rx antenna gsm850/egsm tx pa tx pa tx gsm850 rx pcs rx egsm rx lna lna rx rx lna rx lna rx quad band egsm/gsm850/dcs/pcs v1 v2 v3 vm v4 v5 v6 v1 v2 v3 vm v4 v5 v6 sp6t switch decoder tx/rx hi/lo band us/euro vcc decoder tx/rx hi/lo band us/euro vcc decoder tx/rx hi/lo band us/euro vcc dcs/pcs tx dcs rx antenna gsm850/egsm tx pa tx pa tx gsm850 rx pcs rx egsm rx lna lna rx rx lna rx lna rx dcs/pcs tx dcs rx antenna gsm850/egsm tx pa tx pa tx gsm850 rx pcs rx egsm rx lna lna rx rx lna rx lna rx dcs/pcs tx dcs rx antenna gsm850/egsm tx pa tx pa tx pa tx pa tx tx pa tx pa tx gsm850 rx pcs rx egsm rx lna lna rx rx lna rx lna rx lna lna rx rx lna rx lna rx application example application board
TQ4M4006 preliminary data sheet tional informationfor latest specifications, additional product information, worldwide sales and distribution locations, and in formation about triquint: web: www.triquint.com tel: (503) 615-9000 email: info_wireless@tqs.com fax: (503) 615-8902 for technical questions and additional in formation on specif ic applications: email: info_wireless@tqs.com the information provided herein is believed to be reliable; triquint assumes no liabili ty for inaccuracies or omissions. triqui nt assumes no responsibility for the use of this information, and all such info rmation shall be entirely at the user's own risk. prices and s pecifications are subject to change without notice. no patent rights or licenses to any of the circuits described herein are implied or granted to any th ird party. triquint does not authorize or warrant any triquint product for use in life-support devices and/or systems. copyright ? 2004 triquint semiconduc tor, inc. all rights reserved. revision 0.2 january 9, 2004 for additional information and latest specifications, see our website: www.triquint.com 8 sp6t high power 2.5v antenna switch quad-band gsm850/gsm900/dcs/pcs bonding configuration: app lication board loss de-embeddin g curve: part ordering information: type marking package TQ4M4006 (n/a) none- bare die die mount with good thermal conductivity conductive epoxy 1 or 0.7 mil ball bonds sp6t die 4006 f die mount with good thermal conductivity conductive epoxy 1 or 0.7 mil ball bonds sp6t die 4006 f die mount with good thermal conductivity conductive epoxy 1 or 0.7 mil ball bonds sp6t die 4006 f sp6t rogers board loss -0.30 -0.25 -0.20 -0.15 -0.10 -0.05 0.00 0.0 0.5 1.0 1.5 2.0 2.5 frequency (ghz) board loss (db) rx2 & rx3 ports tx1 & tx2 ports rx1 & rx4 ports ant port rx2 & rx3 to ant tx1 & tx2 to ant rx1 & rx4 to ant
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