• 10 MHz to 43.5 GHz
• 2-ports with single source or 4-ports with two built-in sources
• 127 dB system and 132 dB receiver dynamic range, 100,001 points, 200 channels, 15 MHz IF bandwidth
• High output power (+13 dBm) and a wide power sweep range (38 dB)
• Best dynamic accuracy: 0.1 dB compression with +12 dBm input power at the test port
• Low noise floor of -114 dBm at 10 Hz IF bandwidth
• 10 MHz to 50 GHz
• 2-port with a single built-in source
• 110 dB system dynamic range, 100,001 points, 200 channels, 15 MHz IF bandwidth
• High output power (0 dBm)
• Low noise floor of -110 dBm (10 Hz IF bandwidth)
The PNA Series is the highest-performing microwave network analyzer in the industry for passive and active device test. You can choose from five frequency models, 13.5 (N5221A), 26.5 (N5222A), 43.5 (N5224A), 50 (N5225A), or 67 GHz (N5227A), and customize your PNA with just the right level of performance to meet your specific budget and measurement needs.
The Keysight PNA is used to test a wide variety of passive and active devices such as filters, duplexers, amplifiers and frequency converters. The high-performance characteristics of the PNA make it an ideal solution for these types of component characterizations as well as millimeter-wave, signal integrity and materials measurements.
Keysight’s N5234A PNA-L microwave vector network analyzer (VNA) offers design and manufacturing engineers the highest-performance mid-range VNA. PNA-L is the world’s best value for microwave manufacturing with accurate S-parameters at a budget-friendly cost along with future-proof capabilities. The PNA-L family is designed for passive components and simple active device measurements of amplifier and frequency converters.
Keysight’s PNA-L VNAs are available in five frequency models. Three frequency models, start at 300 kHz, with two or four ports available for the 13.5- (N5231A) and 20-GHz (N5232A) models, and two ports available for the 8.5-GHz (N5239A) product. The other two frequency models with two ports, start at 10 MHz, and include the 43.5- (N5234A) and 50-GHz (N5235A) products.
The N523xA PNA-L VNA replaces and is 100% compatible with the existing N5230C, which means there is no change to your setup or test
Keysight’s N5232A PNA-L microwave vector network analyzer (VNA) offers design and manufacturing engineers the highest-performance mid-range VNA. PNA-L is the world’s best value for microwave manufacturing with accurate S-parameters at a budget-friendly cost along with future-proof capabilities. The PNA-L family is designed for passive components and simple active device measurements of amplifier and frequency converters.
Keysight’s PNA-L VNAs are available in five frequency models. Three frequency models, start at 300 kHz, with two or four ports available for the 13.5- (N5231A) and 20-GHz (N5232A) models, and two ports available for the 8.5-GHz (N5239A) product. The other two frequency models with two ports, start at 10 MHz, and include the 43.5- (N5234A) and 50-GHz (N5235A) products.
The N523xA PNA-L VNA replaces and is 100% compatible with the existing N5230C, which means there is no change to your setup or test codes
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The Keysight N6745B is a 100 W basic DC power module that provides programmable voltage and current, measurement and protection features at a very economical price, making these modules suitable to power the DUT or to provide power for ATE system resources such as fixture control.
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The Eco Sensors Model A-21ZX portable ozone sensor provides a reliable and inexpensive way of checking generators, valves, piping and general environments for ozone leaks and for estimating ozone levels. It can be used as a permanent monitor indoors when concentrations average below .1 ppm. It may be used outdoors for ozone studies in moderate temperature conditions.
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Stanford Research CG635 Synthesized Clock Generator
The CG635 generates extremely stable square wave clocks between 1 µHz and 2.05 GHz. The instrument’s high frequency resolution, low jitter, fast transition times, and flexible output levels make it ideal for use in the development and testing of virtually any digital component, system or network.
Clean clocks are critical in systems that use high-speed ADCs or DACs. Spurious clock modulation and jitter create artifacts and noise in acquired signals and in reconstructed waveforms