DS111221 Search Results

Contextual Info: RFSA4013 RFSA4013 Temperature Compensating Attenuator TEMPERATURE COMPENSATING ATTENUATOR Features  +85dBm IIP2 Typical  2 RFIN 3 12 GND 11 NC 10 RFOUT 9 NC VDD GND GND ATTEN 4 High 1dB Compression Point >+30dBm Low Supply Current 1mA Typical  5V Power Supply

Contextual Info: RFSA4013 RFSA4013 Temperature Compensating Attenuator TEMPERATURE COMPENSATING ATTENUATOR Features GND GND VDD GND GND Package: QFN, 16-Pin, 0.9mm x 3mm x 3mm 16 15 14 13 1 12 GND CONTROL BLOCK  3 Selectable Attenuation versus Temperature Slopes NC 2 11

Contextual Info: RFSA4023 RFSA4023 Temperature Compensating Attenuator TEMPERATURE COMPENSATING ATTENUATOR Features GND  Patent Pending Circuit Architecture  Broadband 50MHz to 4000MHz Frequency Range  3 Selectable Attenuation versus Temperature Slopes GND VDD GND

TCA 785 application note

Abstract: TCA 785 RFSA4023 20-1000MHz DS1112
Contextual Info: RFSA4023 RFSA4023 Temperature Compensating Attenuator TEMPERATURE COMPENSATING ATTENUATOR Features  +85dBm IIP2 Typical  2 RFIN 3 12 GND 11 NC 10 RFOUT 9 NC VDD GND GND ATTEN 4 High 1dB Compression Point >+30dBm Low Supply Current 1mA Typical  3.3V Power Supply

Contextual Info: RFSW2041D RFSW2041D DC to 25GHz GaAs SPDT Switch DC TO 25GHz GaAs SPDT SWITCH Package: Die, 1.91mmx2.11mmx0.10mm Product Description Features RFMD’s RFSW2041D is a reflective SPDT GaAs microwave monolithic integrated circuit MMIC switch designed using the RFMD FD05 0.5m

Contextual Info: RFSA4013 RFSA4013 Temperature Compensating Attenuator TEMPERATURE COMPENSATING ATTENUATOR Features  +85dBm IIP2 Typical  GND VDD GND GND 2 11 NC RFIN 3 10 RFOUT 9 NC ATTEN 4 High 1dB Compression Point >+30dBm Low Supply Current 1mA Typical  5V Power Supply

Contextual Info: RFSW2041D RFSW2041D DC to 25GHz GaAs SPDT Switch DC TO 25GHz GaAs SPDT SWITCH Package: Die, 1.91mmx2.11mmx0.10mm Product Description Features RFMD’s RFSW2041D is a reflective SPDT GaAs microwave monolithic integrated circuit MMIC switch designed using the RFMD FD05 0.5m