PCS Receive Bandpass Filter
The PCS Receive Bandpass Filter passes the PCS 1850 to 1910 MHz receive passband while providing greater than 60 dB rejection to the 1930 to 1990 MHz transmit passband.
ADVANTAGES:The Microphase-designed and engineered PCS Receive Bandpass Filter provides excellent frequency flatness, with low insertion loss and VSWR. You receive electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available - yet still cost effective.

PCS Transmit Bandpass Filter
The PCS Transmit Bandpass Filter passes the PCS 1930 to 1990 MHz transmit passband while providing greater than 50 to 60 dB rejection to the 1850 to 1910 MHz receive passband.

ADVANTAGES: The Microphase-designed and engineered PCS Transmit Bandpass Filter provides excellent frequency flatness, with low insertion loss and VSWR. You get excellent electrical performance, environmental stability and mechanical reliability. All of our products are 100% tested, fully productized and readily available - yet still cost effective.

AMPS Duplexer
The Duplexer separates the receive passband from the transmit passband.

ADVANTAGES: The Microphase-designed and engineered Duplexer provides excellent frequency flatness, with low insertion loss and VSWR. You receive electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available - yet still cost effective.

Wireless Harmonic Rejection Filter
The PCS and Wireless Lowpass Filter passes the 1300 to 1600 MHz passband while providing greater than 40 dB rejection to all harmonics in the 3.7 to 16 GHz band.
ADVANTAGES: The Microphase-designed and engineered Filters provide excellent frequency flatness, with extremely low insertion loss and VSWR. You receive electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available - yet still cost effective.

PCS Block C Duplexer
The PCS Block C Duplexer separates the receive passband from the transmit passband. Other units are available for blocks A, B, D, E, and F.

ADVANTAGES: The Microphase-designed and engineered Duplexer provides excellent frequency flatness, with low insertion loss and VSWR. You receive electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available-yet still cost effective.

PCS Receive Bandpass Filter
The PCS Receive Bandpass Filters are designed to offer a temperature stable, moderate insertion loss passband response with an extended stopband response-in a compact housing.

ADVANTAGES: The Microphase-designed and engineered PCS Receive Bandpass Filters provide excellent frequency flatness, with low insertion loss and VSWR. You receive electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available-yet still cost effective.

CSM, CST, & CSP Series Schottky Detectors 0.5 to 40.0 GHz
The CSM, CST, & CSP Series Schottky Detectors provide a comprehensive line of detectors covering most applications. Each series optimizes particular performance parameters such as bandwidth, sensitivity or VSWR. Compact and very rugged, these detectors utilize sealed glass module construction and are 100% reliability screened.

ADVANTAGES: Microphase-designed and engineered CSM, CST & CSP Series Schottky Detectors provide excellent frequency flatness. This series provides VSWR, high sensitivity, excellent electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available - yet still cost effective.

Tunnel Diode Back Detectors 0.5 to 18.0 GHz
The CTM Series Tunnel Diode Back Detector rectifies transmitted data and requires no bias. The octave and multi-octave bandwidth models with field proven reliability, offer design engineers convenient options for their system needs. Back detectors, which operate without bias, are useful in CW and DC coupled applications, and combine high-speed detection with excellent temperature stability.

ADVANTAGES: Microphase-designed and engineered CTM Series Tunnel Diode Back Detectors provide excellent frequency flatness and VSWR, high sensitivity, excellent electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available - yet still cost effective.

Miniature Detector Logarithmic Video Amplifier (DLVA)
The DFH-Series A DLVA's provide high sensitivity and wide dynamic range. Demodulates transmitted data and compresses it such that this output voltage increases in linear increments with respect to RF input power. This device is the result of the integration and hybridization of various technologies that yield a high performance device in a very small size.

ADVANTAGES: Microphase-designed and engineered DLVA's provide precision accuracy, excellent electrical performance, environmental stability and mechanical reliability. Very compact and rugged, All products are 100% tested, fully productized and readily available - yet still cost effective.

AVAILABLE OPTIONS: Input offset option available to counteract detector RF noise rectification; Linear output option available
(sensitivity: 7.5 mV/µ watt nom.)

Wireless Bandpass Filter
These bandpass filters can be used in wireless base station applications.

ADVANTAGES: The EMI shielded possesses excellent electrical performance, environmental stability and mechanical reliability. Compact and very rugged, All products are 100% tested, fully productized and readily available - yet still cost effective.

PCS Block A Duplexer
The PCS Block A Duplexer separates the receive passband from the transmit passband. Other units are available for blocks B, C, D, E, and F.

ADVANTAGES: The Microphase-designed and engineered Duplexer provides excellent frequency flatness, with low insertion loss and VSWR. You receive electrical performance, environmental stability and mechanical reliability. All products are 100% tested, fully productized and readily available - yet still cost effective.

SDLVA Wide Dynamic Range Successive Detection Logarithmic Video Amplifier
SDLVA Wide Dynamic Range Successive Detection Logarithmic Video Amplifier
The SDLVA provides high sensitivity and wide dynamic range. Demodulates transmitted data and compresses it such that this output voltage increases in linear increments with respect to RF input power. This system is the result of the integration and hybridization of various technologies that yield a high performance device in a relatively small size.

ADVANTAGES: Microphase-designed and engineered SDLVA provides high sensitivity with wide dynamic range. You receive electrical performance, environmental stability and mechanical reliability. Compact and very rugged, All products are 100% tested, fully productized and readily available - yet still cost effective.

AVAILABLE OPTIONS
• Additional frequency ranges up to 8 GHz