Log Amplifiers

This successive detection log video amplifier operates in the 8-18 GHz frequency range. Its housing is hermetically sealed, ruggedized, and measures in at only 1.2"L x 0.85"W x 0.4"H.

The NJM2232A is high precision FM IF IC with log amplifier, designed to be used for handy type wireless apparatus.

The Ultra-Miniature series of Logarithmic Amplifiers provide broadband performance and superb linearity over a wide temperature range. The UMLA range is robustly constructed in lightweight aluminium alloy housings and designed to withstand harsh mechanical environments.

This successive detection log video amplifier is ideal for applications involving ECM systems, power measurement and control circuits, military and space, DF radar systems, EW, ELINT, and IFM receivers, and more.

Microsemi-RFIS manufactures a wide variety of Detector Log Video Amplifiers (DLVAs), Extended Range Detector Log Video Amplifiers (ERDLVAs), and Successive Detection Log Video Amplifiers (SDLVAs). These products are made possible by our recent acquisition of ALC Microwave.

These successive detection log video amplifiers cover the 1-20 GHz frequency range and are ideal for applications involving military and space, broadband test and measurement, ECM systems, power measurement and control circuits, DF radar systems, and EW, ELINT, and IFM receivers.

The Ultra-Miniature series of Logarithmic Amplifiers provide broadband performance and superb linearity over a wide temperature range. The UMSD range of logarithmic amplifiers are robustly constructed in lightweight aluminium alloy housings and are designed to withstand harsh mechanical environments.

This 50dB Detector Log Video Amplifier operates in the 500 MHz to 18.0 GHz frequency range and is offered in a small, 2.2” x 1.5” x 0.4” housing. Planar diode detectors and integrated video circuitry provide high speed performance and outstanding reliability. The log slope of this DLVA is 50mV/dB and has a log linearity error of less than ±0.5dB. The logging range is -40 to +5dBm with a maximum rise time of 20nsec, maximum settling time of 45nsec and a recovery time of 150nsec typical. Additional information can be found on the available outline drawing (link below).