TQM969001 PCS Duplexer Applications Coverage enhancement repeaters Femtocells Test Mobiles 3-pin 3.8x3.8mm leadless LGA package Product Features Functional Block Diagram Small form factor of 3.8 X 3.8 mm Max height of 1.2 mm Max Uplink/Downlink peak power of 38dBm Halogen and Lead free construction General Description Pin Configuration TQM969001 is a duplexer designed for US PCS base Pin Symbol station/repeater applications. It exhibits excellent power UpLink 1 handling, pass band flatness, rejection, and DownLink 2 Uplink/Downlink isolation. ANT 3 The TQM969001 increases the sensitivity and dynamic name number range of receivers by providing more than 50 dB name number attenuation of the Uplink signal at the receiver input and dfdfdfdfdfdfdfdfdfdfdfdfdfff <replace with actual pin more than 50 dB rejection of Uplink-generated noise in the fffffffffffffffffffffffffffffffffff numbers> receiver band. fff Typical insertion loss at the Uplink channel is only 1.32 dB and the typical insertion loss in the Downlink channel is 1.52 dB, which improves the receiver sensitivity. Ordering Information Part No. Description TQM969001 PCS Duplexer TQM969001EVB PCS Duplexer evaluation board part number evaluation board description <replace above with <replace above with product actual PNs> descriptions as appropriate> Data Sheet: Rev G 09/30/12 - 1 of 10- Disclaimer: Subject to change without notice 2012 TriQuint Semiconductor, Inc. Connecting the Digital World to the Global Network TQM969001 PCS Duplexer Specifications Electrical Specifications Test conditions unless otherwise noted: +25C Parameter Conditions Min Typical Max Units Antenna - Downlink 1930.5 1989.5 Frequency (f ) MHz o -40 +25 +85 Operating temperature C 1.52 3.0 Insertion loss 1930.5 1989.5 MHz dB 0.84 1.25 Ripple (p-p) dB In/out 2.1:1 2.7:1 VSWR, 50 35 37 Absolute attenuation 824 849 MHz dB Absolute attenuation dB 1850 1910 MHz 50 53 Absolute attenuation dB 42 45 2400 2484 MHz Absolute attenuation dB 3860 3980 MHz 50 53 Antenna Uplink 1909.5 Frequency (f ) 1850.5 MHz o +85 Operating temperature -40 +25 C 2.8 Insertion loss 1850.5 1909.5 MHz 1.32 dB 1.45 Ripple (p-p) 0.65 dB 2.1:1 VSWR, 50 In/out 1.8:1 Absolute att nuation 869 894 MHz 38 41 dB Absolute attenuation dB 40 43 1574.42 1576.42 MHz Absolute attenuation dB 1930 1990 MHz 44 50 Absolute attenuation dB 27 30 3690 3830 MHz Absolute attenuation dB 5540 5740 MHz 15 17 Absolute attenuation dB 12 24 7390 7650 MHz Uplink Downlink Uplink Downlink isolation 1850 1910 MHz 52 55 dB dB 1930 1990 MHz 47 53 dB 1910 - 1930 MHz 15 19 Average Power (1850 1910 MHz) 10,000,Hours 55 C 29 dBm Average Power (1930 1990 MHz) 10,000,Hours 55 C 29 dBm Peak Power (1850 1910 MHz) 200 msec 55 C 38 dBm Peak Power (1930 1990 MHz) 200 msec 55 C 38 dBm Notes: 1. Network Analyzer is calibrated at -30 dBm power level for small signal measurements. 2. Triquint Test Board. Data Sheet: Rev G 09/30/12 - 2 of 10- Disclaimer: Subject to change without notice 2012 TriQuint Semiconductor, Inc. Connecting the Digital World to the Global Network