High Voltage Electrical Safety & Compliance

Demanding applications call for the high power, high resolution 95X Series Hipot & Ground Bond Testers.  With up to 200mA of Hipot source current – the 95X has plenty of power.

The Vitrek 4700 Precision High Voltage Meter with a color touch screen offers the highest level of measurement accuracy measures up to 10KV DC or rms AC directly. With available HV smartprobes, the measurement range can be extended up to 150KV.

The Vitrek 964i is the perfect solution for automated test systems including Multi-Conductor, Multi-Point Hipot Testing. Eliminate the errors and hazards of manual Hipot testing and automate all your HV switching needs.

Vitrek’s DL Series Electronic Loads, with a full-color LCD touchscreen offer easy setup and use, are available in a multiple configurations. The DL is equipped with a comprehensive self-test that ensures that all loading and measurement circuitry is functioning properly.

Vitrek’s 98xi utilizes DSP Technology and a unique combination features including Multi-dwell Functionality, High-speed Testing, Pico-Amp Leakage Measurement, Continuously Variable IR Test Voltage, Multi-mode IR and Capacitance Test Modes geared for applications with voltage rails up to 2.5 KV such as solar arrays and electric vehicles.

With the acquisition of XiTRON Technologies, Vitrek expands its product line with precision power analyzers, portable power quality analyzers, calibration tools, ballast test systems, micro-spectrometers, programmable DC loads, digital milliohm meters, and phase angle voltmeters.

Commercial aviation companies and the U.S. military rely on MTI Instruments’ vibration analysis and engine trim balance solutions to identify jet-engine problems and solve them quickly, saving the time and cost of engine repair and maintenance. We have solutions for commercial and general aviation turbine engines or small turbofan & turboprop engines.

The Accumeasure product line features capacitive sensor products for very high resolution non-contact gap, displacement and material thickness measurements requiring a high level of accuracy in diverse environments, including magnetic fields, varying temperatures and humidity, radiation and more.

MTI Instruments’ portable and ruggedly designed signal simulator/calibrator offers lab-grade accuracy for diagnosing sensor signals and calibrating systems.

MTI Instruments’ Proforma 300i and 300iSA systems perform non-contact thickness measurements, including bow, warp, and flatness measurements for semi-conducting and semi-insulating materials.

MTI Instruments highly accurate 1D laser sensors, with analog and digital output versions are available, are ideal for quality and process control applications for detection of warpage, alignment monitoring, lead position detection on integrated circuits and more.

MIT Instruments’ 2D/3D laser profile sensors provide 6,000 f/sec speed and a long range up to 800mm profiling option. Ideal for measurements of dimension, thickness, profiling, angle, metal bending, weld quality, and monitoring.

MTI Fotonic Sensor system delivers 0.01 µin. (2.5 angstroms) and frequency response of 500 kHz. Dual-channel capability allows simultaneous measurements essential for studies of structure dynamics and modal analysis. The system is ideal for measurement of Vibration, Modal Analysis, Micro-Positioning, Resonance Analysis, Speed Sensing, Liquid Surface Motion and more.

GaGe High-Speed A/D Digitizers deliver maximum effective number of bits (ENOB) over a wide frequency range with quality signal conditioning, signal fidelity, and high-speed real-time PCIe streaming.

eXpert FPGA firmware enables onboard digitizer signal processing features, or optionally stream acquired digitizer data to GPUs for real-time signal processing in C programming environment and out to data recording.

Powerful, user friendly software for use with digitizers and receivers with no programming needed, plus SDKs for C/C#, Python, LabVIEW, and MATLAB for custom software application development.

High-performance and flexible COTS based systems maximize the operational performance of integrated receivers, digitizers, and storage with programming-free software for real-time signal capture, processing, and recording operations.