ASW25 Search Results

ASW-2-50DR

Contextual Info: RF Reflective Switch SPDT ASW-2-50DR+ Typical Performance Data INSERTION LOSS ISOLATION dB (dB) RF (MHz) VSWR (:1) RF IN-RF1 RF IN-RF2 RF IN-RF1 RF IN-RF2 RF IN (ON1) RF IN (ON2) RF1 (ON) RF2 (ON) 0.5 1.0 2.0 4.0 6.0 8.0 10.0 20.0 40.0 60.0 80.0 100.0 200.0

ASW-2-50DR

Contextual Info: RF Reflective Switch SPDT ASW-2-50DR+ Typical Performance Curves Isolation Insertion Loss 120 1.8 RF IN-RF1 1.6 RF IN-RF2 110 RF IN-RF1 100 Isolation dB 1.4 1.2 1.0 0.8 0.6 RF IN-RF2 90 80 70 60 50 40 0.4 30 0.2 20 0.0 10 500 1000 1500 2000 2500 3000 3500

ASW-2-50DR

Abstract: ASWA-2-50DR ASW25
Contextual Info: HIGH ISOLATION SWITCHES G A Surface Mount &Coaxial o A S SPST/SPDT With/ Without TTL Drivers DC to 5 GHz FREQ. GHz MODEL NO. ASW/ASWA SPST SPDT TTL DRIVER ABSORPTIVE REFLECTIVE *KSWHA fL - fU * KSWHA-1-20 S ZFSWHA-1-20 RSW-2-25P ASW-2-50DR ASWA-2-50DR NEW ZASW-2-50DR

ASW-2-50DR

Abstract: aswa-2-50dr SPDT switches HP8753E ZASW-2-50DR ZASWA-2-50DR SPDT FETs reflective switch 5ghz High Isolation Reflective Switch 5GHz
Contextual Info: Low-cost Ultra High Isolation SPDT Switch Introduction Wide-band test instrumentation often needs signal routing. This is accomplished with mechanical switches, which are expensive and slow. When isolation requirements are not high, it is also done with electronic switches. Some high isolation switches available in the market are very expensive.

Contextual Info: High Isolation Switches GaAs Surface Mount0&Coaxial S pst/S pdt With/ Without TTL Drivers DC to 5 GHz ASW/ASWA RSW 1NSERTfON LOSS, dB GASE y ö /. PRICE STYLE :•$£ * IN-OUT ISOLATION, dB IdB COMP, 05 1 *■ MODEL .PRÊQUENCY.BAItfO. £

ASW-2-50DR

Contextual Info: NON-CATALOG Surface Mount Switch ASW-2-50DR+ 50Ω High Isolation, SPDT, Maximum Ratings Operating Temperature Features • high isolation, 50 dB typical at 5GHz • low insertion loss, 1 dB typical • integral TTL driver -20°C to 85°C Storage Temperature

ASW-2-50DR

Contextual Info: Low-cost Ultra High Isolation SPDT Switch Introduction Wide-band test instrumentation often needs signal routing. This is accomplished with mechanical switches, which are expensive and slow. When isolation requirements are not high, it is also done with electronic switches. Some high isolation switches available in the market are very expensive.