Showing results: 166 - 180 of 1109 items found.
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Part No.s CCR-38S/CR-38S SP3T/SP4T/SP6T -
Teledyne Defense Electronics Relays & Coax Switch
Normally open, SP3T, SP4T, or SP6T Multi-Throw switch, 50Ω impedance Available in Commercial and Elite models, with SMA connectorsDC-18GHz (commercial - CCR) DC-22GHz (Elite - CR)
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Part No. CCT-38S/CT-38S SP3T/ SP4T /SP6T -
Teledyne Defense Electronics Relays & Coax Switch
Normally open, SP3T, SP4T, or SP6T Multi-Throw switch, 50Ω impedance. Includes internal 50Ω terminations on unused portsAvailable in Commercial and Elite models, with SMA connectorsDC-18GHz (commercial) DC-22GHz (Elite)
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Load Pull -
Focus Microwaves Group
An impedance tuner is an apparatus, which generates controllable reflection factor (Impedance) over a certain frequency range.
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S94520B -
Keysight Technologies
S94520B Arbitrary Load Impedance X-parameters enables an X-parameter model to be collected over a user defined set of load impedances. S94520B still requires an application to control the load impedance such as S94521B or Maury ATS or IV Cad.
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Newtons4th Ltd
The PSM range of instrumentation provide not just conventional frequency response measurements but can also be combined with an Impedance Analysis Interface to form a high accuracy impedance analyser, in the case of the PSM3750 this solution is able to provide impedance analysis up to 50MHz
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ZAHNER-Elektrik
Prepare the IM6/Zennium for special fields of application like high impedances, low impedances, very low capacitance or boost the compliance voltage.
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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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Osborne Transformer Corp.
Osborne Saturable Reactors are designed to provide a variable output voltage through the use of variable impedance connected in series with a constant impedance load. Each saturable reactor’s impedance is determined by the application of DC power to a control winding. As the level of power supplied to the control winding is increased, the saturable reactor becomes more saturated. This reduces the impedance of the AC gate winding, and increase the amount of the supply voltage that is transferred to the load. Conversely, as the power is reduced to the control winding, the reactor becomes less saturated, the gate winding has more impedance and less of the input voltage is provided to the output impedance. This approach provides excellent quality, reliability, and control when designed to match the requirements of a specific application.