Showing results: 106 - 120 of 149 items found.
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M162 -
JYE Tech Ltd
M162 LCR meter is a great complimentary tool to most multi-meters. Regular multi-meters are good in many way. But they usually have rather limited or even no ability for capacitance, inductance, and sub-ohm resistance measurement. The addition of a M162 LCR meter will overcome this deficiency. The DIY kit version of M162 is very easy to build. No special calibration is required to achieve ~1% accuracy.
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GF-A -
High Power Pulse Instruments GmbH
*Compatible with GGB picoprobe model 10 replacement probe tips*<1 ns rise time (200 ps possible with 5 mm GND wire length)*Custom selectable GND wire length 5-15 mm*Gold-coated spring-steel clamp with micro-machined groove for locking of the clamps on the probe tip*High conductivity and low inductance copper HF litz wire with 200 x Ø 0.02 mm strands*Easy to use clamping*Tungsten carbide probe needle with 1 inch length, 15° taper and 7.5 µm tip radius
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Langer EMV-Technik GmbH
The MP CI set up to measure coupling impedance is used to determine EMC characteristics of connectors and cables. The coupling inductivity defines the coupling inductance of external disturbance on the shield or on the ground with the desired signals. If the coupling inductivity is considered in the construction set-up and the pin or wire assignment of connectors or cables, then the connectors or cables will be more interference-resistant. The MP CI set-up for measuring coupling impedance can be used for following measurements at connectors or cables: 1. measurement of a single signal (common mode) 2. measurement of a symmetrical signal (common mode) 3. measurement of a symmetrical signal (differential mode)
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MEATEST, s.r.o.
Impedance Calibrator is to replace countless single value RCL standards with one calibrator that can switch between the standards like a CD changer in your car. The calibrator contains stable and temperature independent resistance standards, partial capacitance standards and partial inductance standards, simulated by RC T-type passive network. Calibration values of both complex parameters of partial standards are displayed on large LCD screen in preselected pairs of parameters as well as voltage, current and frequency readouts from built-in test signal meter. OPEN and SHORT reference positions are available as well.
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Model 4910 -
Aplab Limited
Aplab Model 4910 is a microprocessor based digital Autocompute LCR-Q Meter that meets today’s laboratory requirements, in the production line and the quality assurance area. It features fully autoranging and automatic operation over a wide range of measurements. Model 4910 measures inductance, capacitance, resistance and quality factor to a basic accuracy of ±0.25% of the reading for values upto 2000H, 2000μF, 2M ohm and Q factor upto 99 respectively. Measurements can be made at a frequency of 100Hz or 1KHz as required and either the series equivalent or parallel equivalent component values can be displayed.
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TCS -
RARA Electronics Corporation
These components are four-terminal. bus-bar, metal strip current shunts. Assembled using electron beam welding. These units can handle 15W of continuous power and a maximum current of 350A 90.1mohm). Also they can absorb a high pulse power rating and have very low inductance. They also feature excellent long term stability, less than 100ppm/C TCR, and have excellent frequency characteristics.
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CAPO-12 -
Raytech AG
The CAPO 12 is a fully automatic Capacitance, Insulation Power Factor / tan δ measuring instrument developed by Raytech Engineers. The self-contained instrument performs measurements of Insulation Power Factor (cos ᵠ), Dissipation Factor (tan δ), Capacitance, Inductance, Excitation, Quality Factor and Power Loss (watts). Measurements can be made up to 12kVAC at variable frequency (from 10Hz to 400Hz).
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C Model -
PJ Electronics, Inc.
These Digital High Frequency Surge Testers are the ultimate in ruggedness & durability. Fourteen / sixteen gauge steel construction and mobility on 6" heavy duty rubber wheels makes it a favorite for use in harsh industrial environments. The performance of PJ's exclusive/unique High Frequency Technology is capable of testing the integrity of any turn-to-turn insulation, including low inductance windings.
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MB Model -
PJ Electronics, Inc.
Bench all-in-one versatile Multi-Operational Surge Tester that you need for all of your electrical insulation testing. The Hi-Pot tester has separate L.E.D. panel meters for direct readout (voltage and leakage current) so that no interpolation on the scopes display is ever needed. This MOST can surge test extremely low inductance windings, DC armatures, etc.
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inTEST Corporation
The primary element of the tester electrical interface is the Probe Pin Ring (PPR). Sometimes referred to as a ‘tower,’ this array of spring-loaded probes can be arranged to provide a controlled impedance path, a low leakage connection, a low inductance arrangement for high currents, or just about any connection characteristic you require. inTEST EMS provides electrical interfaces in various OEM-supported designs, inTEST standards, and custom configurations.
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NI
PXI Digital Multimeters, or DMMs, feature AC/DC voltage, AC/DC current, 2- or 4-wire resistance, and frequency/period measurements, as well as diode tests. You can also choose a PXI DMM with an isolated, high-voltage digitizer that can acquire waveforms at sample rates up to 1.8 MS/s at full input range, up to 3 A or 1,000 V. Additionally, you can choose a PXI DMM that can perform basic inductance and capacitance measurements.
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CVCT-S20 -
Vasavi Electronics
Ideal for fast and fool proof testing of COILS AND SMALL TRANSFORMERS like SMPS transformers, Telecom transformers (HYBRID, POT CORE, RM-CORE), Pulse transformers etc. The systems scans at one stroke, all the windings of a transformer and tests as per definition of test procedure. The test procedure can be pre-programmed and stored under User friendly menu driven software . Any semi-skilled and unskilled person can be engaged for actual testing purpose. Can Select test frequency, pin number, parameters, test conditions, limits for each test. Test any pin to any other pin any defined parameter.Test Parameters :-> Inductance-> Capacitance-> AC Resistance, -> DC Resistance, -> Impedance, -> Leakage Inductance,-> Transformation Ratio & Winding PolaritySPECIFICATIONS :Measurement Frequencies : 50 Hz, 100 Hz, 500 Hz, 800 Hz; 1 KHz, 2 KHz, 5 KHz, 10 KHz. Measurement Voltage: 0.1 V – 1.0 V RMS adjustable under program control.
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Fivestar HV Testing Equipment Co., Ltd.
FSHV offers three different types of AC voltage test systems, the conventional type is AC test transformer design, mainly for testing objects of medium & low capacitance products, particularly for tests requiring stable voltage even if the load changes under voltage (corona, wet & pollution tests) or when the load is inductive (like inductive voltage transformers). Another is AC resonant test systems, according to series resonance circuit XL=XC (2πfL=1/2πfC), by setting F frequency of power supply or L inductance of reactor, generate a pure sinusoidal waveform of the test voltage, and the required input power is only 1/Q. Variable frequency type operates in a frequency range from 20Hz to 300Hz, ideal for field commissioning test of power cables and GIS/GIL. Variable inductance type outputs continuous AC voltage of power frequency (50/60Hz), mainly for factory testing of high and ultra-high voltage cables, power transformers, GIS, etc.
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Smart Tweezers® -
Siborg Systems Inc
Smart Tweezers® are a hand held LCR meter that provides users with a simplified method of identifying and evaluation Surface Mount Devices and troubleshooting complex electronic systems. The unique deign combines a set of precision gold-plated tweezers and a powerful, yet small, digital LCR-meter in a lightweight device. Powered by a Li-Ion battery, Smart Tweezers® can identify the type of component and measure for Inductance, Resistance, Capacitance and ESR values with no set-up.
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In-Phase Technologies, Inc.
Our analog and digital automated test system experience covers a wide variety of applicationsfrom multiple path resistance, capacitance, and inductance testing using various Interface Test Adapters (ITA)to inter-connect multiple customer units under test (UUT). Other systems have included: equipment to monitor and record telemetry, digital data streams, and systems that evaluate packet data using a variety of VME, VXI, PXI, and LXI equipment.
