MICROWAVE RECEIVER ANTENNA Search Results

pin Photodiode 2 GHz

Abstract: pin photodiode 10 ghz pin photodiode 20 ghz EMCORE photodiode 10901G-NA photodiode receiver microwave receiver 10458d-fa pin photodiode 40 ghz photovoltaic module
Contextual Info: 10458C, D, E, F PIN Microwave Photodiode Receiver MICROWAVE The 10458 PIN microwave photodiode receiver incorporates a high-speed planar PIN photodiode, with low-noise bias and monitor electronics. The units installs in Emcore’s System 10000 3RU equipment rack providing a highly reliable, highpower photodiode receiver. The receiver is well matched over

RACK1122

Abstract: microwave transceiver 14 Ghz microwave transceiver microwave antenna 8 GHz 8 GHz microwave antenna high power microwave transmitter microwave agc microwave antenna transceiver RF Transceiver 28 ghz microwave receiver
Contextual Info: DATA SHEET – NOVEMBER 2007 Integrated Microwave Transceiver RACK1122 0.05 – 18 GHz, 1550 nm Externally Modulated Transmitter with Receiver and Integrated AGC, Pre & Post Amps Applications Microwave Test Cell Antenna Signal Remoting Microwave Data Links

10458C

Contextual Info: 10458C 5 GHz High Power PIN Photodiode Receiver DATASHEET | NOVEMBER 2013 MICROWAVE The 10458 PIN microwave photodiode receiver incorporates a high-speed planar PIN photodiode with low-noise bias and monitor electronics. The unit installs in EMCORE’s System 10000 3 RU

ATP10K100M

Abstract: 100w1000 Amplifier Research LA250
Contextual Info: 1st Half of 2014 The Complete Catalog For RF & EMC Testing RF Solid State Power Amplifiers Microwave Solid State and TWT Power Amplifiers MultiStar Multi-Tone Tester MultiStar Field Analyzers MultiStar Precision DSP Receiver RF and Microwave Antennas rf/microwave instrumentation

Contextual Info: Test with ConfidenceTM MI-750 Advanced Digital Receiver Pictured with optional enclosure The MI-750 Advanced Digital Receiver brings together the best of today’s microwave receiver technologies to offer a powerful measurement system solution. A better, faster,

SIRU3040

Contextual Info: SIRU3040 .05–40 GHz Unamplified Fiber Optic Receiver DATASHEET | JULY 2014 MICROWAVE The SIRU3040 Small Integrated Receiver Unit is an ideal receiver to use with EMCORE’s high-performance externally-modulated fiber optic transmitters. This high-performance optical receiver is designed for applications from 50 MHz to

SIRU3007

Contextual Info: SIRU3007 .05–7 GHz Unamplified Fiber Optic Receiver DATASHEET | JULY 2014 MICROWAVE The SIRU3007 Small Integrated Receiver Unit is an ideal receiver to use with EMCORE’s high-performance externally-modulated fiber optic transmitters. This high-performance optical receiver is designed for applications from 50 MHz to

SIRU3003

Contextual Info: SIRU3003 .05–3 GHz Unamplified Fiber Optic Receiver DATASHEET | JULY 2014 MICROWAVE The SIRU3003 Small Integrated Receiver Unit is an ideal receiver to use with EMCORE’s high-performance externally-modulated fiber optic transmitters. This high-performance optical receiver is designed for applications from 50 MHz to

SIRU3013

Contextual Info: SIRU3013 .05–13 GHz Unamplified Fiber Optic Receiver DATASHEET | JULY 2014 MICROWAVE The SIRU3013 Small Integrated Receiver Unit is an ideal receiver to use with EMCORE’s high-performance externally-modulated fiber optic transmitters. This high-performance optical receiver is designed for applications from 50 MHz to

SIRU3018

Contextual Info: SIRU3018 .05–18 GHz Unamplified Fiber Optic Receiver DATASHEET | JULY 2014 MICROWAVE The SIRU3018 Small Integrated Receiver Unit is an ideal receiver to use with EMCORE’s high-performance externally-modulated fiber optic transmitters. This high-performance optical receiver is designed for applications from 50 MHz to

SIRU3022

Contextual Info: SIRU3022 .05–22 GHz Unamplified Fiber Optic Receiver DATASHEET | JULY 2014 MICROWAVE The SIRU3022 Small Integrated Receiver Unit is an ideal receiver to use with EMCORE’s high-performance externally-modulated fiber optic transmitters. This high-performance optical receiver is designed for applications from 50 MHz to

10458D

Contextual Info: 10458D 10 GHz High Power PIN Photodiode Receiver DATASHEET | NOVEMBER 2013 MICROWAVE The 10458 PIN microwave photodiode receiver incorporates a high-speed planar PIN photodiode with low-noise bias and monitor electronics. The unit installs in EMCORE’s System 10000 3 RU equipment rack providing a highly reliable, high power photodiode

10458E

Contextual Info: 10458E 20 GHz High Power PIN Photodiode Receiver DATASHEET | NOVEMBER 2013 MICROWAVE The 10458 PIN microwave photodiode receiver incorporates a high-speed planar PIN photodiode with low-noise bias and monitor electronics. The unit installs in EMCORE’s System 10000 3 RU equipment rack providing a highly reliable, high power photodiode

10458F

Contextual Info: 10458F 22 GHz High Power PIN Photodiode Receiver DATASHEET | NOVEMBER 2013 MICROWAVE The 10458 PIN microwave photodiode receiver incorporates a high-speed planar PIN photodiode with low-noise bias and monitor electronics. The unit installs in EMCORE’s System 10000 3 RU equipment rack providing a highly reliable, high power photodiode

Contextual Info: Optiva OTS-2 40 GHz Unamplified Microwave Band Fiber Optic Links DATASHEET | APRIL 2015 MICROWAVE 1 GHz to 40 GHz Unamplified Microwave Transport System The Optiva OTS-1 40 GHz Microwave Band transmitter and receiver are ideal to construct transparent fiber optic links in the 50 MHz to

Contextual Info: Optiva OTS-2 18 GHz Unamplified Microwave Band Fiber Optic Links DATASHEET | OCTOBER 2013 MICROWAVE 50 MHz to 18 GHz Unamplified Microwave Transport System The Optiva OTS-2 18 GHz Microwave Band transmitter and receiver are ideal to construct transparent fiber optic links in the 50 MHz to

Contextual Info: Optiva OTS-2 40 GHz Amplified Microwave Band Fiber Optic Links DATASHEET | OCTOBER 2013 MICROWAVE 50 MHz to 40 GHz Amplified Microwave Transport System The Optiva OTS-2 40 GHz Microwave Band transmitter and receiver are ideal to construct transparent fiber optic links in the 50 MHz to

Contextual Info: Optiva OTS-2 22 GHz Unamplified Microwave Band Fiber Optic Links DATASHEET | OCTOBER 2013 MICROWAVE 50 MHz to 22 GHz Unamplified Microwave Transport System The Optiva OTS-2 22 GHz Microwave Band transmitter and receiver are ideal to construct transparent fiber optic links in the 50 MHz to

pin photodiode 10 ghz

Abstract: photodiode pin photodiode 1550 pin photodiode 2 GHz 1550
Contextual Info: 2522 Microwave Packaged Photodiode MICROWAVE The 2522 packaged photodiode incorporates a high-speed planar PIN photodiode to provide a highly reliable, high-power photodiode component. This package is well suited for receiver applications with optical preamplification.

Contextual Info: 2522 Microwave Packaged Photodiode MICROWAVE The 2522 packaged photodiode incorporates a high-speed planar PIN photodiode to provide a highly reliable, high-power photodiode component. This package is well suited for receiver applications with optical preamplification.

pin photodiode 20 ghz

Abstract: pin photodiode 10 ghz 2522B-SF-AC-SA 1550 photodiode diode 3428 pin photodiode 2 GHz 1550 pin photodiode 40 ghz Photodiode PIN photodiode ps PIN Photodiode 4 Ghz 1550 nm
Contextual Info: 2522 Microwave Packaged Photodiode MICROWAVE The 2522 packaged photodiode incorporates a high-speed planar PIN photodiode to provide a highly reliable, high-power photodiode component. This package is well suited for receiver applications with optical preamplification.

pin photodiode 10 ghz

Abstract: pin photodiode 2 GHz 1550
Contextual Info: 2522 Microwave Packaged Photodiode DATASHEET | MARCH 2011 MICROWAVE The 2522 packaged photodiode incorporates a high-speed planar PIN photodiode to provide a highly reliable, high-power photodiode component. This package is well suited for receiver applications with optical preamplification.

Microwave Components

Contextual Info: Design Guide RF and Microwave Fiber-Optics MICROWAVE is switched on and off to send digitally coded information Introduction through a fiber to a photodiode receiver. In 1984 Ortel Corporation began developing and producing lasers and detectors for linear fiberoptic links. Since

Contextual Info: OTS-2: 18 GHz Wideband Unamplified Microwave Transport System DATASHEET SATCOM 50 MHz to 18 GHz Unamplified Microwave Transport System The Optiva OTS-2: 18 GHz Wideband transmitter / receiver are ideal for 50 MHz to 18 GHz frequency range to construct transparent links