RF SPDT Switch from 10-30 GHz used in TDD (Time Division Duplexing) mode for switching between TX and RX path with low loss, broadband and high isolation

Overview

RFSW01C RF SPDT Switch is used in TDD (Time Division Duplexing) mode for switching between TX and RX path with low loss, broadband and high isolation. This RF switch is Reflective type and the design incorporates series-shunt circuit elements with the locations optimized to achieve outstanding broadband performance in 10-30 GHz. The combination of broadband performance along with very fast switching and excellent settling time make this device ideal for many applications including Test & Measurement and broadband communication systems. This switch is designed using the 0.1um GaAs pHEMT process. Results are shown in datasheet with all parasitics & coupling effects at desired frequency.

Key Features

Broad band frequency Range: 10-30 GHz
Low Insertion Loss: 1.5 dB
High Isolation: 42.4 dB
Fast Switching Speed
Reflective Configuration
Ultra Low DC Power Consumption
Die size: 1.15 mm x 1.54 mm
This IP is similar in peformance with MACOM's MASW-011105

Benefits

Low insertion loss
High Isolation
Fast Switching Speed
Reflective Configuration
Ultra Low DC Power Consumption
Low cost
Porting: IP can be ported to 65nm Si / CMOS node

Block Diagram

RF SPDT Switch from 10-30 GHz used in TDD (Time Division Duplexing) mode for switching between TX and RX path with low loss, broadband and high isolation Block Diagram

Applications

5G mobile system
RF Antenna.
Military radios and Radar systems.
Space Based communication system.
EW and broadband communication systems.
Test & Measurement

Deliverables

Schematic and Net List
Abstract Model (.lib file)
Layout View (Optional)
Behavioral Model (Circuit & EM Simulation)
Extracted View (Optional)
GDSII
DRC, LVS, Antenna report
Test bench with saved configuration (Optional)

Technical Specifications

Foundry, Node

Win Semiconductor, 100 nm GaAs pHEMT process

Maturity

IC design and layout is complete, to be fabricated soon

Availability

Now

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