Downloads
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Cellular Band High Power Amplifier: CMIPA‑L18P45 Datasheet
5/24/2018
The CMIPA‑L18P45 is a cellular band high-power amplifier designed to operate over the 1805 – 1880 MHz frequency range at 45 W power. Features include high linearity, base station quality, low noise figure, and operating voltages at 28 VDC. The amplifier also includes TDD, and temperature and power monitoring capabilities.
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Cellular Band High Power Amplifier: CMIPA‑L18P20 Datasheet
5/24/2018
The CMIPA‑L18P20 is a cellular band high-power amplifier designed to operate over the 1805 – 1880 MHz frequency range at 20 W power. Features include high linearity, base station quality, low noise figure, and operating voltages at 28 VDC. The amplifier also includes TDD, and temperature and power monitoring capabilities.
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Cellular Band High Power Amplifier: CMIPA‑L18P10 Datasheet
5/24/2018
The CMIPA‑L18P10 is a cellular band high-power amplifier designed to operate over the 1805 – 1880 MHz frequency range at 10 W power. Features include high linearity, base station quality, low noise figure, and operating voltages at 28 VDC. The amplifier also includes TDD, and temperature and power monitoring capabilities.
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Cellular Band High Power Amplifier: CMIPA‑L18P2 Datasheet
5/24/2018
The CMIPA‑L18P2 is a cellular band high-power amplifier designed to operate over the 1785 – 1805 MHz frequency range. Features include high linearity, base station quality, low noise figure, and operating voltages at 28 VDC. The amplifier also includes TDD, accept filter, and short-circuit protection.
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Cellular Band High Power Amplifier: CMIPA-G18P32 Datasheet
5/24/2018
The CMIPA-G18P32 is a cellular band high-power amplifier designed to operate over the 1805 – 880 MHz frequency range. Features include high linearity, base station quality, low noise figure, and operating voltages at 28 VDC. Built in amplifier safeguards include Automatic Level Control (ALC), temperature monitoring, current monitoring, power monitoring, and mute control.
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Cellular Band High Power Amplifier: CMIPA-G09P32 Datasheet
5/14/2018
The CMIPA-G09P32 is a cellular band high-power amplifier designed to operate over the 935 – 960 MHz frequency range. Features include high linearity, base station quality, low noise figure, and operating voltages at 28 VDC. These amplifiers have the option to be hermetically sealed if required, and can be made available with optional heat sinks. Built in amplifier safeguards include Automatic Level Control (ALC), temperature monitoring, current monitoring, power monitoring, mute control, short circuit (VSWR) protection, and gain control.
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Cellular Band High Power Amplifiers
5/14/2018
Corry Micronics, Inc. (CMI) offers a wide range of cellular band high-power amplifiers operating over the 900 MHz to 2,700 MHz frequency range for use in a variety of cellular applications. This family of amplifiers features high linearity, base station quality, low noise figure, and frequency modulation in GSM, LTE, and UMTS.
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52 GHz Waveguide Filters Datasheet
4/18/2018
The 52 GHz Waveguide Filters are designed for operation in the 10 GHz to 60 GHz frequency range for cellular and satellite communication system, avionics communications, radar, and other high-power applications. These waveguide filters are available in band pass, low pass, and high pass filter types. Additional features include low insertion loss, rugged design, and a variety of connector types including V connector, 1.85mm (V), 2.4mm (Q), 2.92mm (K), N, TNC, waveguide flange, and more.
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52 GHz Waveguide Filters
4/18/2018
Corry Micronics, Inc. (CMI) offers a series of 52 GHz Waveguide Filters designed for operation in the 10 GHz to 60 GHz frequency range for cellular and satellite communication system, avionics communications, radar, and other high-power applications.
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Band 40 TDD LTE Amplifier Module: LTEMOD-2350M Datasheet
3/21/2018
The LTEMOD-2350M Band 40 TDD LTE amplifier module is ideally suited for LTE signals in the 2300 to 2400 MHz frequency range. The LTEMOD-2350M is complete with separate receive and transmit ports for direct interfacing to software defined radios (SDR). The module can be monitored and controlled over a local area network (LAN), and provides the necessary switching to enable and disable the receive and transmit signals using real time control from an SDR.