N4L PSM3750 Frequency Response Analyzer 10μHz–50MHz Isolated Input (500Vpk)

Model：PSM3750      Country of Origin：UK      Category：Frequency Response Analyzer

Overview：The PSM3750 builds on the success of the PSM2200 and PSM17xx series of frequency response analyzers and combines experience gained from the design and development of isolated input channels in the power analyzer series to provide solutions for high-voltage, high-precision, isolated gain and phase measurements. The PSM3750 features an innovative design that combines direct digital analysis and heterodyne techniques within 500Vpk galvanically isolated input/output channels, delivering performance over a wider frequency...

N4L Power Analyzer PPA1510/PPA1510H/PPA1520/PPA1520HC/PPA1530/PPA1530HC Newton

Model：PPA1510/PPA1510H/PPA1520/PPA1520HC/PPA1530/PPA1530HC      Country of Origin：UK      Category：Power Analyzer

Overview：Compact size, high cost-performance, mainstream specifications, British quality!

N4L PSM1700 Frequency Response Analyzer Newton Loop Frequency Response Analyzer

Model：PSM1700      Country of Origin：UK      Category：Frequency Response Analyzer

Overview：The PSM1700 PsimetriQ is a comprehensive DFT and true RMS analysis instrument suitable for R&D and production test applications. It is specifically designed for range gain/phase analysis applications, including switch-mode power supply feedback loop stability analysis and general frequency response analysis of filters. It features a clear, bright graphical display showing real-time values, graphs, or tables. It can be operated entirely via RS232 or LAN as an optional remote control. When used with IAI (impedance analysis...

N4L PSM1735 – 10uHz to 35MHz Frequency Response Analyzer

Model：PSM1735      Country of Origin：UK      Category：Frequency Response Analyzer

Overview：The PSM1735 features an innovative design that combines direct digital analysis and heterodyne techniques to provide a wide range of measurement capabilities over a wider frequency range than any other instrument available today. Typical applications include switch-mode power supply feedback loop analysis, filter testing and design, LVDT testing, swept frequency response analysis of wound components, and more. Like other N4L products, the PSM1735 NumetriQ utilizes the latest DSP and FPGA technology to optimize the use of its analog hardware,...

N4L LPA01 Wideband Low Distortion Precision Voltage Power Amplifier

Model：LPA01      Country of Origin：UK      Category：Precision Bipolar Power Amplifier

Overview：LPA01, LPA05, LPA400 are precision amplifiers developed for wide-bandwidth DC, providing high-accuracy amplification in industrial or laboratory environments. The LPA range of power amplifiers from Newtons4th Ltd. is powerful and reliable for use in a variety of industrial and laboratory applications.

N4L PPA Dual Datalogger software, for use with 6-channel power analyzer, Newton UK

Model：PPA ddl      Country of Origin：UK      Category：Software

Overview：PPA Power Analyzer — paired with a 6-channel power analyzer for remote data exchange and remote control.

Newton N4L HF01A/003/006/020/100/200/500 precision shunt high-frequency high-current probe

Model：HF01A/003/006/020/100/200/500      Country of Origin：UK      Category：AC/DC Current Probe

Overview：N4L Resistive Current Shunts provide the engineer with a wide range of current measurement options. The range spans from the 1Arms rated HF01A to the 500Arms HF500, the HF01A provides accurate current measurement down to 500uA RMS.

N4L LPA05B/LPA05A Newton High Frequency Power Amplifier - Ultrasonic

Model：LPA05B/LPA05A      Country of Origin：UK      Category：Precision Bipolar Power Amplifier

Overview：High-frequency, high-current very-low-impedance load testing. LPA05A LPA05B provide signal amplification over a wide bandwidth up to 8A peak. The extended range of LPA series products can be used in industrial and laboratory applications. The LPA05 was originally designed for use with PSM's range frequency response analyzers, and can also be used anywhere a signal needs to be boosted, whether in voltage or current. They combine DC accuracy with wide bandwidth to faithfully reproduce complex waveforms and drive loads...