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제조사	Teledyne LeCroy
제조사품명	T3RC0120-UM
간략설명	Teledyne LeCroy T3RC Series T3RC0120-UM Current Probe, AC Type, 30MHz

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Probe
타입 = AC Bandwidth = 30MHz Connector
타입 = BNC Model Number p = T3RC0120-UM
시리즈 = T3RC Teledyne LeCroy, AC rogowski coil current probe, 50 mV/A, 120A, 34 Hz LF bandwidth, 30MHz HF bandwidth, 1m cable.Teledyne Test Tools Rogowski Current probes offer a broad range of products covering a wide frequency span and current measurement ranges for maximum application coverage whilst being easy to use in difficult to reach parts of the circuit. The flexibility of the probe sense coil means that measurements can often be made without modification to the circuit under test, giving more accurate results, whilst remaining isolated, with very low insertion load of only a few pH. The inclusion of both battery power and wall plug operation means that the Teledyne Test Tools Rogowski Current Probes are as happy working out in the field as they are working on the bench. The T3RC0120-UM features our smallest cross section sense coil at only 1.7mm. This ideally lends itself to embedded power applications where it??s necessary to probe around the leg of power components such as inductors, capacitors or small switching devices as small as a TO220 MOSFET.Features & BenefitsThe teledyne test tools rogowski probes are compatible with all of the teledyne test tools oscilloscopes as well as the teledyne lecroy oscilloscopes The teledyne test tools rogowski probes have a simple connection requirement of a BNC input with 1 MOhm impedance. These probes will therefore work with the majority of oscilloscopes in the market The probes can be made even more useful by using your oscilloscope??s attenuation function to re-scale the channel vertical range Frequency coverage from <34 Hz to 30 MHz 80 mm coil circumference 1 Meter cable length (coil to electronics) Peak coil insulation voltage - 1.2 kV Attenuation ratio - 10ApplicationsComponent level design and development such as semiconductor switching waveforms in MOSFET or IGBT, also capacitor and inductor devices System level development such as motor drives in hybrid and fully electric transportation systems (automotive, rail, sea, etc) Power converter design and development for wind farms and other renewable energy Research and Development Long term system monitoring and maintenance