Shenzhen Shijia Instruments Co., Ltd.

Products

Specializing in spectrum analyzers, network analyzers, signal generators, LCR meters, oscilloscopes, power supplies, probes, digital multimeters, data acquisition systems, source measure units, power meters, battery testers, resistance testers and other high-frequency test instruments

TCP0150 Current Probe

  • ModelTCP0150
  • AttributesCurrent Probe
  • Category TEKTRONIX > Current Probe
  • BrandTEKTRONIX
  • DescriptionThe TCP0150 is an easy-to-use, high-performance 150 A AC/DC current probe family designed to connect directly to the TekVPI™ probe interface. This AC/DC current measurement probe provides 20 MHz bandwidth with selectable 25 A and 150 A measurement range c

Detailed Introduction Technical Documents

Features and Benefits

  • Easy to use, enables accurate AC/DC current measurement

  • Direct connection to oscilloscopes with TekVPI™ probe interface

  • DC to 20 MHz bandwidth

  • 150 ARMS maximum current rating

  • 500 A peak pulse current rating

  • High accuracy, typical DC gain error less than 1%

  • Accurately measures currents as low as 5 mA

  • Low noise and DC drift

  • Automatically configures display units and readings on oscilloscope screen

  • Enables remote GPIB/USB probe control via oscilloscope

  • Split-core probe head allows easy connection to conductors

  • Easy degaussing and automatic zeroing

  • Convenient access to oscilloscope UI menu for probe setup control, status and diagnostic indicators

Applications

  • Power

  • Semiconductor Equipment

  • Inverter/Converter

  • Electronic Ballast

  • Industrial/Consumer Electronics

  • Motor Driver

  • Transportation Systems

 

TCP0150 is an easy-to-use high-performance family of 150 A AC/DC current probes, designed for use and direct connection to TekVPI™ probe interface. This AC/DC current measurement probe offers 20 MHz bandwidth, with selectable measurement range control for 25 A and 150 A. These probes also provide low-current measurement capability and current accuracy down to 5 mA per division, which is critical for achieving a wide dynamic current range for both high-level and low-level measurement signals.