Tektronix THD Series THDP0200 Oscilloscope Probe, Differential, High Voltage Type, 200MHz, 1:50, 1:500, BNC Connector / 7527357

Tektronix Oscilloscope ProbesThe Tektronix is an active differential oscilloscope probe capable of safely measuring differential voltages up to ±1500V. This probe is effective in making measurements in IGBT circuits such as motor drives and power converters. It supports bandwidths up to 200MHz and slew rates up to 275V/ns at 1/250 gain. A broad portfolio of high-voltage probing solutions that enable users to safely and accurately make floating measurements. Note: TMDP and THDP Series probes have the TekVPI® interface which enables smart communication between oscilloscope and probe - each TekVPI probe features controls and indicators located on the probe compensation box, designed to provide quick and easy access to the probes most commonly required set-up controls and operating status. P52xxA Series probes have the Tektronix TekProbe® interface which communicates scale information to the oscilloscope. The THDP0100 is capable of measuring floating voltages up to 6000V safely. An over-range visual and audible indicator warns the user when the linear range of the probe is exceeded. Supplied with: 2 probe tips 2 large hook clips 2 small hook clips 2 probe headsFeatures and BenefitsBandwidth is DC to 100MHz Attenuation ratio is 1:100 and 1:1000 Rise time is 3.5ps Input impedance is 10Mohmll2pF Maximum common mode voltage is ±1.5KV Maximum Input voltage is 1000V CAT II 600V CAT III Wide compensation range (7pF-30pF) CMRR (typical) is DC: > -80dB 100kHz: > -60dB 3.2MHz: > -30dB 100MHz: > -26dB Overrange Indicator Safety Certified Switchable attenuation Switchable bandwidth limitApplicationsFloating measurements Switching power supply design Motor drive design Electronic ballast design CRT display design Power converter design and service Power device evaluation BNC interface (P5200A probes) TekVPI interface (TMDP and THDP Series probes) TekProbe interfaceCertificationsCAT II 1000 V CAT III 600 V