Amplifiers and Oscillators

RSS

PMI Model No. PE2-30-1R018R0-4R5-22-12-SFF-1 is a 1.0 to 18.0 GHz, low noise amplifier that typically provides 30 dB of gain while maintaining a maximum gain flatness of ±1.5 dB over the operating frequency. The noise figure is 4.5 dB maximum and offers an OP1dB of 22 dBm minimum.  The operating voltage is +12 to +15VDC with a typical current draw of 500 mA. 

AtlanTecRF launched an ultra broadband amplifier, covering the 50 MHz to 20 GHz frequency range in a single unit. This 25 dB gain block delivers up to 18 dB at 1 dB compression and yet has a typical noise figure of just 1.8 dB, thereby making it an all round, general purpose amplifier with applications in test measurement, electronic countermeasures and scientific research as well as a whole range of communication equipment.

Exodus introduces the high frequency, wide band AMP3116 SSPA module covering the 26 to 32 GHz frequency band at 10 W. The AMP3116 uses GaAsFET Hybrid devices and operates from a 9 VDC supply with a 40 dB gain and a gain flatness of 4.0 dB Max peak to peak. This Module is suitable for use with all single channel modulation standards and features lightweight construction, high reliability and ruggedness.

Pasternack has released a series of RF and microwave power amplifier accessories that includes heat sinks, heat sinks with cooling fans and power control cable assemblies.  Heat sinks are devices that enhance heat dissipation from a hot surface and are ideal for thermal management of power amplifiers in test and measurement applications. A functioning power amplifier will generate elevated levels of heat that needs to be properly dissipated. 

PMI Model No. PE2-30-1R018R0-4R5-22-12-SFF-1 is a 1.0 to 18.0 GHz, low noise amplifier that typically provides 30 dB of gain while maintaining a maximum gain flatness of ±1.5 dB over the operating frequency. The noise figure is 4.5 dB maximum and offers an OP1dB of 22 dBm minimum The operating voltage is +12 to +15VDC with a typical current draw of 500 mA. 

PMI Model No. GMTA-1002 is a threshold detector designed to operate over the frequency range of 2.0 to 18.0 GHz. It has a threshold level of -23 dBm with threshold stability of +/-3.0 dBm over frequency and temperature. Other specifications Input Operating Range of -18 to -23 dBm, Input VSWR 2.5:1 maximum, maximum input power level +10 dBm (without damage), Response Time Any Input Greater than 3 dB = 100 µs and operates using +12 VDC at 50 mA maximum. 

PMI Model No. SDLVA-218-60-70MV-CW is a CW immune SDLVA (Successive Detection Log Video Amplifier). This unit operates from 2.0 to 18.0 GHz and has the ability to interface with a long cable (65 FT), while maintaining high speed, flatness and accuracy.  Specifications include frequency flatness:  ±2.0 dB Typ, Signal Capability:  Pulse (100 ns to 300 µs), Pulse on CW TSS: (-20 ºC to +85 ºC) -66 dBm for 10 MHz Video Bandwidth and Log Dynamic Range  -60 dBm to 0 dBm.

RFMW Ltd. announces design and sales support for a high linearity gain block from Qorvo. Featuring >-75 dBc CSO, the RFCA8830 covers 45 to 1218 MHz as a DOCSIS 3.1 compliant amplifier for HFC optical nodes, laser drivers and balanced antenna applications. Gain measures 19 dB and noise figure is <2 dB. Operating from 5 V, the RFCA8830 is packaged as an SOIC8.

PMI Model No. DLVA-8G10G75-50-SFF is an 8.0 to 10.0 GHz, detector log video amplifier. This unit has a dynamic range of -75 to 0 dBm, a log linearity of ±1.8 dB, and a log slope of 50 ± 4 mV/dB. Other specifications include Frequency Flatness of±1.2 dB, TSS of -78 dBm, Log Linearity ±1.8 dB - Measured ±1.3 dB,  Log Slope 50 ± 4 mV/dB, and Output DC Offset 50 ± 50 mV.  Power Supply: +15 V at  350 mA, -15 V at 100 mA and SMA (F) connectors. 

RFMW Ltd. announces design and sales support for a DOCSIS 3.1 compliant amplifier from Qorvo. Gain, return loss and bias are externally adjustable on the Qorvo QPB7400. Matched to 75 ohms, this adjustable gain amplifier operates from 45 to 1218 MHz and has on-chip active bias for consistent and repeatable performance over temperature.