Showing results: 1006 - 1020 of 4207 items found.
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Hinds Instruments, Inc.
Hinds Instruments' photodetector modules are specifically designed for use with high frequency optical signals including those generated in Photoelastic Modulator (PEM) applications.
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EM-6963 | 18 GHz – 40 GHz -
Electro-Metrics Corp.
Model EM-6963 can be individually calibrated for use in EMI/EMC compliance measurements as well as for general purpose measurement antennas over its specified frequency range.
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EM-6960 | 200 MHz – 2 GHz -
Electro-Metrics Corp.
The EM-6960 operates over the 200 MHz to 2 GHz frequency range and is characterized by relatively high gain and low VSWR over this wide range.
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AtlanTecRF
Attenuator's reduce the amplitude level of an incoming signal for DC - 3GHz, DC - 6GHz, DC - 18GHz, DC - 26.5GHz and DC - 40GHz frequency ranges.
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Load Pull -
Mesuro Ltd
An impedance tuner is an apparatus, which generates controllable reflection factor (Impedance) over a certain frequency range. Focus uses two basic technologies:
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VX Instruments GmbH
The timer functionality is able to generate pulses or frequency signals with a defined number and duration.The counter function analyzes digital signals in terms of duration and number.
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S95084B -
Keysight Technologies
The S95084B software tunes the analyzer’s receivers to the output frequency of the converter under test without the need for access to internal LOs or a common reference signal.
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Coptonix GmbH
*I2C frequency adjustable up to 100kHz*Maximum power consumption <5mA*Interrupt input for external events*Simple software interface (ASCII commands)
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V281C -
Keysight Technologies
The Keysight V281C is a 1-mm female to V-band waveguide adapter with a frequency range of 50 GHz to 75 GHz. The V281C is used with the Keysight 8510XF systems.
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Q347B -
Keysight Technologies
The Q347B waveguide noise source (33 to 50 GHz frequency range), allows you to make accurate noise figure measurements on millimeter-wave devices...
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Virginia Panel Corporation
Outstanding RF performance from DC to 26 GHz.Best density for higher frequency requirements.Can be used in the same modules as 75 Ohm HD contacts.
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Pasternack Enterprises, Inc.
This SMA coaxial isolator has a minimum isolation of 18 dB and a maximum input power of 10 Watts. PE8300 coaxial SMA isolator is one of over 40,000 RF, microwave and millimeter wave components supplied by Pasternack. Our radio frequency isolator can be bought and shipped worldwide the same-day as with Pasternack's other in-stock RF parts.Pasternack RF isolator PE8300 is part of our extensive in-stock RF, microwave and millimeter wave components available for purchase. This RF isolator is manufactured with SMA connectors that are female. Our SMA isolator has a minimum frequency of 1,000 MHz and a maximum frequency of 2 GHz.This SMA coaxial isolator has a minimum isolation of 18 dB and a maximum input power of 10 Watts. PE8300 coaxial SMA isolator is one of over 40,000 RF, microwave and millimeter wave components supplied by Pasternack. Our radio frequency isolator can be bought and shipped worldwide the same-day as with Pasternack's other in-stock RF parts.
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Analog Devices Inc.
In-phase quadrature (I/Q) mixers and image reject mixers (IRM) offer a robust frequency mixing solution for applications that require high image rejection or sideband suppression. These mixers can be used as an upconverter or downcoverter. I/Q or IRM mixers use two double-balanced mixers with a 90° hybrid. The inherent architecture of I/Q mixers eliminates the resulting product due to image frequency during downconversion and allows the selection of desired sideband during upconversion.
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AMETEK Drexelbrook
The Drexelbrook 560 DRX Series wireless products feature 900KHz frequency hopping, spread spectrum technology to provide a reliable, license free, wireless link between the field instrument and the control room.These wireless interface products provide a cost effective alternative to expensive hard wired connections.Using Frequency Hopping Spread Spectrum (FHSS) technology, a robust signal is provided that is virtually free from disruption due to interference.