Keysight offers a complete range of accessories for network analyzers, oscilloscopes, signal generators, spectrum analyzers, and more... you’ll have everything you need for any application.
A broad range of adapters and connectors designed for long life, exceptional repeatability, and legendary reliability. Metrology grade, instrument grade, and general purpose grade adapters are available in frequencies up to 110GHz.
Instead of cascading a set of narrowband amps, use a single amplifier from Keysight and enjoy ultrabroad bandwidths - like 0.01 to 26.5 GHz, 0.045 to 50 GHz, and ranges in between. But the best thing about Keysight broadband amplifiers is what they eliminate and reduce: noise, crossover networks, and multiple power supplies.
Keysight Attenuators offer a compact, rugged design with exceptionally low insertion loss. Our latest design evolution sets new standards for size and performance. Keysight Attenuators provide excellent repeatability and safeguard your test platform from failures, downtime, and lost production. Discover which of our Attenuators best suits your test and measurement needs.
RF and microwave bias networks are used in a wide variety of biasing applications for test and measurement requirements in laboratory and production environments. Bias networks provide the means of supplying DC bias to the center conductor of the coax connector for your device while blocking the DC to the RF ports.
Keysight Calibration Modules achieve more precise and accurate measurements for your testing needs. Regular calibration is required to ensure your high-performance measurement equipment is operating to its specified performance, and our Calibration Modules and Kits make the calibration of your equipment fast, easy, and accurate.
Keysight offers high-performance chassis and controller accessories to synchronize multiple Keysight USB modular products to accelerate your test system integration and development.
Keysight comb generators provide excellent phase and amplitude flatness making them ideal for use in phase calibration applications. A customer selectable USB-controlled frequency divider which allows for broad range of input signal frequencies from 10 MHz to 67 GHz and small minimum tone spacing of 10 MHz, makes Keysight comb generators suitable for characterizing non-linear devices.
The Keysight DC blocks offer a new level of DC blocking with performance specified from 50 kHz all the way up to 67 GHz. Precision coaxial connector interfaces ensure an excellent impedance match across wide bandwidths, and come in a variety of RF connectors to fit your application needs. Two choices of DC Voltage ratings make these suitable for a wide range of applications.
Keysight detectors offer very flat frequency response versus frequency and temperature and exhibit excellent square law response with very low junction capacitance. Planar Doped Barrier Diode Detectors are available only from Keysight.
A complete line of coaxial single and dual port directional couplers, and bridges for isolating, separating, and combining RF and microwave signals in such applications as power monitoring, source leveling, swept transmission and reflection measurements.
Passive frequency meters are intended for moderate (±0.05%) accuracy applications in microwave measuring setups. Keysight's meters feature broadband coupling loops that provide flat power transmission off-frequency.
These smart mixers use a simple USB plug-and-play connection which can automatically configure the signal analyzer for the specific mixer connected, including downloading conversion loss data and automatically compensate for local oscillator path loss. Therefore, it provides you with the most efficient test setup, shortening the overall start up operations with better performance with its embedded smart features when used with Keysight EXA, PXA, MXA, and UXA signal analyzers.
Keysight Technologies provides MMIC frequency dividers and prescalers ideal for high-frequency communications, microwave instrumentation, and electronic warfare (EW) radar system applications. These devices operate from DC to 16 GHz and provide a large input power sensitivity window and low phase noise.
Keysight dividers and splitters are used in a wide range of applications, such as: transmission line fault testing, power combining, source leveling, ratio measurements, power splitting, and critical signal processing applications that require minimal insertion loss and high port isolation.
Keysight's power limiters provide the best broadband input protection from excess RF power, DC transients and ESD, for a variety of RF and microwave instruments and components. For example, the input circuitry of spectrum analyzers, network analyzers, frequency counters or amplifiers can be protected from unintentional inputs up to 5 watts average power. At even greater power levels, failure mode for the limiter is either an open circuit or a short circuit to ground, thereby protecting the instrument from damage.
Easily mount or stack your test and measurement equipment with Keysight Racks, Rackmount Kits and Accessories. Our Rackmount Kits provide all of the necessary hardware to rack mount your specific system and instruments, with many offering installations in less than an hour.
Keysight has been providing RF/Microwave switch solutions for over 20 years. We have offerings from simple switch control to fully integrated solutions that are tested and documented. Keysight is in the unique position of supplying the highest quality RF and Microwave components, and the expertise to guarantee world-class path performance in a switching solution.
Keysight test fixtures are used to hold electronic components or materials (physically and electrically) in order to perform various measurements. Keysight offers a variety of test fixtures from Parametric, Dialectrice, Liquid test fixtures and more.Some of our test fixtures allow you to connect directly to your measurement instrument, while others require various adapters.
These converters have been designed to convert the transition times of instruments with fixed, fast transition times, to slower, fixed transition-times (150 ps, 250 ps, 500 ps, 1 ns, 2 ns); hence reducing the signal bandwidth. All transition-times are between 10% and 90% of amplitude.The design of these converters ensures very low signal reflection far beyond the 3 dB point. Reducing the signal transition-times also increases the overall pulse-performance for overshoot/reflection sensitive applications. The converters are fitted with two SMA connectors, one male, one female.
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