Showing results: 1216 - 1230 of 6593 items found.
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High Voltage Switching Test System -
Accel-RF Corporation
The Accel-RF Power-Switching Test System is capable of measuring reliability under a variety of conditions for switching power applications up to 1kV (off) and 25A (on) at rates up to 1MHz switching frequency, dependent on voltage. By leveraging technology developed for the RF burn-in tray platform with new fast switching measurement techniques, this system can support testing of multiple devices under elevated temperature stimulus in a small physical area, and offers the flexibility to test both soft- and hard-switching applications. The Accel-RF Power-Switching System is the most flexible and accurate power switching platform available.
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Voltage and Current -
The Eastern Specialty Company
Testing and calibrating instrument transformers often requires standard burdens of reliable accuracy and stability, and burdens that are immune to stray fields and harmonics. The burden sets described below have been carefully designed to meet these requirements.
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Current-Voltage Measurement Option -
Materials Development Corporation
CSM/Win Systems with an I-V option can measure both MOS and diode structures. For junctions, both forwardand reverse bias curves can be analyzed. Junction ideality factor, series resistance, and reverse saturation current are found. Solar cells can be checked for efficiency. Gate Oxide Integrity of MOS devices can be measured as well.
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B-1023-G -
ROSS ENGINEERING CORPORATION
Specifically designed for Calibrating High Voltage Measurement Devices or Testing High Voltage Equipment, Insulation & High Voltage Interrupters or other High Voltage Vacuum Devices.
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PeakTech Prüf- und Messtechnik GmbH
Is a new development for fast and uncomplicated voltage measurements as a two-pole voltage tester with digital LCD display and additional LED display of the current voltage values.
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Kleinwächter GmbH
Our charge plate monitors the voltage of the battery and the voltage of the battery.
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WB2681A -
Lisun Electronics Inc.
• Insulation test voltages: DC250V、DC500V、DC1000V • Range of open-circuit voltage: ±10% rated voltage • Testing time: 3~99 seconds or controlled manually
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Weshine Electric Manufacturing Co., Ltd
Transformer K Factor, Power factors(PF)and displacement factors, Short-term voltage flicker, .Three phase unbalance (Current and Voltage), Waveform real-time display(4 channels voltage /4 channels current) True RMS values of voltages and currents
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Mors Smitt Group
An automatic non contact voltage detector, will indicate the presence of AC voltage by phase detection. An optical signal is given upon voltage presence, without touching the cable.
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Weshine Electric Manufacturing Co., Ltd
1. The high voltage is extremely spherical and the grounding voltage is annular.2. The grounding electrode is fixed and the high voltage electrode can be electrically driven to move to the left and right.
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PPTVM01 -
Power Probe Group, Inc.
The DC Voltage Tester is an easy-to-use tool that can quickly test for voltage. Perfect for testing batteries, lighting systems, trailer connections, and more. This voltage tester is self-powered with a 210 cm cable. LCD displays voltage readings from 5 volts to 35 volts.
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LVD-18 -
Standard Electric Works Co., Ltd
● Bright LED and audible alarm sound when voltage is present.● Designed for both contact and non-contact voltage detection.● Direct contact voltage detection: 50V~600Vac.● Non-contact voltage detection: 50V~600Vac.● Can be used to detect voltage in lighting fixtures, circuit breakers.● Compact and handy.● Can be used to find a break in a wire.● Continuity test and basic driver function..● Flashlight.
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Changzhou Tonghui Electronic Co., Ltd.
Electrical safety testers - high/low voltage comprehensive tester, high performance withstand voltage insulation tester, conventional withstand voltage insulation tester, and other electrical safety testers.
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CMC -
Power Electronic Measurments Ltd
Variable Frequency Drives (VSDs) used to control AC motors can produce large high frequency voltages that may appear on the machine shaft. These voltages are the result of capacitive coupling of the PWM voltage. The voltages on the shaft can be sufficient to cause arcing currents to flow through the motor bearings to ground.