TQM613027

TQM613027 Advanced Data Sheet CDMA Cellular Band PA/Duplexer Module Functional Block Diagram Features • • • InGaP GaAs HBT PA with high efficiency at low power architecture Low Quiescent Current Typical: 18 mA Low Current Consumption Typical: 430 mA @ +25.5dBm Typical: 415 mA @ +24.5dBm Typical: 40 mA @ +13.5dBm Excellent ACPR Typical: -50 dBc @ +/- 885kHz offset Excellent ALTR Typical: -60 dBc @ +/- 1.98 MHz offset Lead-free 260°C RoHS Compliant Small 20-pin, 7.0x4.0mm module with matching replacing ~10 discrete components Height of 1.17mm for thin phones Integrated duplexer, coupler, differential input transmit filter and matching Optimized for use with Qualcomm’s QSC6010/20/30TM single chip devices • • Product Description TriQuint’s TQM613027 is a fully matched CDMA cellular band PA/Duplexer (PAD) module for use in mobile phones. The 7.0 x 4.0 x 1.2 mm, 20-pin module includes a SAW Duplexer, Power Amplifier, Differential input transmit filter, RF Power Coupler and Logic Controller. With an RF Power Output up to 25.5dBm the TQM613027 PAD meets the strict ACPR and ALTR requirements for products designed to the CDMA IS-95/98/2000 standards. It’s thin form factor and compact size, coupled with the low quiescent current, makes the TQM613027 ideal for today’s compact feature rich multi-media handsets requiring longer battery life. TriQuint’s multilayer laminate technology provides low loss interconnect and optimized match between the duplexer, PA and filter enabling the TQM613027 to achieve only 40 mA of typical current consumption at maximum output power in low power mode (+13.5dBm). The small 7.0 × 4.0 mm module replaces four separate components and matching requiring less board space. TQM613027 provides handset designers with a simple to use surface mount module requiring minimal external circuitry for faster time to market and reduced BOM count. • • • • • Applications • • IS-95/98/CDMA2000 Single-band CDMA Cellular radios Electrical Specifications Test Conditions VCC=3.4 V, VREF =2.85V, T=+25°C Parameter Frequency Pout ACPR (+/- 885kHz offset) ALTR (+/- 1.98 MHz offset) Current Consumption @ +25.5 dBm Current Consumption @ +13.5 dBm Quiescient Current Leakage at Rx Port ANT-to-Rx Insertion Loss Rx Noise Min 824.7 Typ 836.5 +25.5 -50 -60 430 40 18 -31 2.6 -182 3.5 Max 848.3 Units MHz dBm dBc dBc mA mA mA dBm dB dBm/Hz Package Style Advanced Data Sheet: Subject to change without notice 1 For additional information and latest specifications, see our website: www.triquint.com Revision B, October 5, 2007