MASW-000823-12770T Datasheet | MACOM Technology Solutions

Features - Exceptional Tx Loss = 0.35 d B Avg @ 2025 MHz, 20m A - Exceptional Rx Loss = 0.50 d B Avg @ 2025 MHz, 20m A - Higher Tx-Rx Isolation = 31d B Avg @ 2025 MHz, 20m A - Higher RF C.W. Input Power =13 W C.W.(Tx-Ant Port) - Higher RF Peak Power =+49.5 d Bm, 5u S P.W.,1 % duty - Higher IIP3=64 d Bm (Tx-Ant Port ) - Lower EVM (OFDM): < 1.5 % @13W Pinc, (Tx-Ant Port) - Surface Mount 3mm MLP Package, Ro HS- pliant Description and Applications The MA- MASW-000823-12770T is a SP2T, High Peak and Average Power, High Linearity, mon Anode, PIN diode LNA Protect Switch for TD-SCDMA(2010-2025 MHz) applications. Functional Diagram (TOP VIEW) PIN14 PIN 3 Circuit Side View PIN10 0 The device is provided in industry standard 3mm MLP plastic packaging. This device incorporates a PIN diode die fabricated with M/A-’s patented Silicon-Glass HMICTM process. This chip features two silicon pedestals embedded in a low loss, low dispersion glass. The diodes are formed on the top of each pedestal. The topside is fully encapsulated with silicon nitride and has an additional polymer passivation layer. These polymer protective coatings prevent damage and contamination during handling and assembly. PIN1 PIN IDENTIFIER PIN 16 This pact SP2T PIN diode switch in 3mm MLP package, offers extraordinary performance with excellent isolation to loss ratio for both Tx and Rx states. The SP2T provides outstanding 13 W C.W. power handling coupled with 64 d Bm IIP3 for maximum switch performance. Absolute Maximum Ratings 1 @ TA = +25 °C (unless otherwise specified) Parameter Forward Current Reverse Voltage ( RF & D.C. ) Operating Temperature Storage Temperature Junction Temperature Tx Incident C.W. Power Tx Peak Incident Power With 3.0:1 Maximum Ant VSWR Mounting Temperature Absolute Maximum | 200 m A | | -130 V | -40 °C to +85 °C -55 °C to +150 °C +175 °C 13 W C.W. 90 W, 5 u S P.W., 1% Duty +235 °C for 10 seconds PIN Configuration: (Center Metal Area is RF, D.C., and Thermal Ground) Function...