Showing results: 2086 - 2100 of 6572 items found.
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VX Instruments GmbH
Source and Measurement Units (SMUs) are devices that generate voltages or currents and can measure them simultaneously using the integrated measurement units (VMU, CMU).
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DAQM901A -
Keysight Technologies
20 Channel Multiplexer (2/4-wire) Module. High voltage switching capability of up to 300 V and built-in thermocouple reference junction.
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85553A -
Keysight Technologies
This cable provides the bias voltages and control signals for operation of the 40 GHz CalPod modules. This cable is supplied with the 85540/41/42A CalPod modules.
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40-970-050-2m-FF-HV -
Pickering Interfaces Ltd.
50-Pin Female to Female D-Type Cable Assembly, High Voltage, 2m Long, 45º Cable Exit Away From Pin 1.
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40-970-050-0.5m-MF-HV -
Pickering Interfaces Ltd.
50-Pin Male to Female D-Type Cable Assembly, High Voltage, 0.5m Long, 45º Cable Exit Away From Pin 1.
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Extech 382275 -
Extech Instruments Corporation
The Extech 382275 power supply is an easy-to-configure, highly stable, lab grade DC power supply with maximum output power of 600 Watts. The new DC power supply offers two degrees of control over both current and voltage outputs (course and fine). Output is adjustable from 0 to 30 Volts DC and 0 to 20 Amps with (0.1 Volts/Amps resolution). Dual green LED displays offer easy-to-read, high contrast readouts of voltage and current values. The 382275 offers four operating modes: normal mode, with values controlled by front-panel knobs; preset mode, which offers three popular voltage presets at 20 Amps: 5.0 Volts, 13.8 Volts, and 25 Volts; set mode, with three user-customizable presets; and remote control mode, where the user can remotely adjust output power on/off, voltage and current. Other features include automatic constant current and voltage, high RFI immunity, excellent EMI, a thermostat-controlled variable speed fan, as well as over-voltage, over-temperature, and short circuit protection. The 382275 offers a compact, low profile design and small footprint without compromising output noise and transient response factors. Complete with power cord.
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Yangzhou Power Electric Co., Ltd
The AC test transformer are especially designed for testing high voltage products and components, such as cables, power transformers, gas-insulated switchgears, bushings and arresters. It is also suitable to test insulation materials. They are used to generate testing high voltage and function as part of the complete system. These systems are particularly suited for tests requiring stable voltage even if the load changes under voltage (corona, wet & pollution tests) or when the load is inductive (inductive voltage transformers).
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F1V04 -
Beijing SANKI Petroleum Technology Co., Ltd.
The main board issues a start signal and a low voltage signal (12v) for opening the electromagnetic valve, which are converted into strong voltage signals (220 VAC) to drive the electromagnetic valve (380 VAC) and the motor in our fuel dispensers system, thus completing the function of conversion from weak voltage power to strong voltage power. The control board circuit isolates high voltage interference signals via photoelectrical isolating components.
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BusFinder -
Acute Technology Inc.
*PC-based, 64 channels*USB 3.0 interface, 12V power adaptor*32Gb total memory*Protocol Analyzer:eMMC5.1, NAND Flash, SD3.0, SD 4.0 (UHS-II)*Logic Analyzer:eMMC5.1, NAND Flash, SD3.0, Serial Flash, SPI NAND, SPI*Each protocol has its own probe for easier connection, higher capture quality*Two sets of voltage detects to detects voltage changes
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MR 1012 S -
Schuetz Messtechnik GmbH
Owing to its high measuring rate, its compact and robust design, ist accuracy and long-term stability, the digital ohmmeter MR1012S can be used in applications with high requirements concerning the measuring stability and reliability. This is guaranteed by the integrating measuring method according to the quotient principle, the compensation of all thermoelectric forces and other offset voltages, as well as the suppression of interference voltages in the measuring and data lines induced e.g. by HF.
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AJIT Electronics Co.
This is a common test panel for distribution/ power transformers of different specifications. The user can perform most of the factory tests, as per the relevant IS standard for the transformers. The panel consists of power analyser, meters for high voltage test, meters for induced voltage test etc, control for all the tests, protection and interlock circuits so that a single panel can be used to conduct a number of tests using only one dimmerstat and the associated devices
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KT7110 -
Ketai instrument (kunshan) Ltd.
● Built-in strap for easy handing● 11 ranges in 5 functions● Data hold to capture measurements● AC current measurement up to 300A● AC voltage measurement up to 600V● DC voltage measurement up to 60V● Resistance measurement up to 200KΩ● Temperature measurement up to 150℃ /302°F● Fuse: F500mA/250V● Accessories included: 1.5V battery, test leads, English manual, blister card
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TD3202M -
Aplab Limited
- Fully Metallic Construction to Stop Radiated EMI- Compact & Rugged Design- DC Output ON/OFF on each Main Output- Voltage & Current Output Preset Facility for Safety- Constant Voltage / Constant Current Mode- 3 Digit DPM V and A- High Stability & Close Regulation ±0.01% +3mV- Low Ripple <1mV rms- Overload Protection- Convection Cooled – No Fans- Meets International Safety Standards
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T-1005 -
Compact Power Company
The Titan Series T-1005 Scaler Transformer is used to conveniently scale the standard OV to 130V/260V full scale AC Power Source/Frequency Converter output to 76 different full scale voltages and currents. It is also used to join and scale the power from multiple Titan series AC Power Sources/Frequency Converters into a single output. It has a conservative continuous power rating of 2KVA and excellent voltage regulation.
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PWR1-3B -
Schuetz Messtechnik GmbH
The RATIOMETER PWR1-3B is constructed to measure the transformation ratio, phase error and magnetizing current of power- and distribution- transformers for all three-phases simultaneously. Voltage and current transformers are single phase, power transformers normally three-phase. Due to the bad quality on industrial lines (phase jitter and shifting, voltage differences between the three phases) all measurements normally are done single phase, even on three phase ratiometers.