Rohde & Schwarz RT-ZVC multichannel power probe

Friday, 01 September, 2017 | Supplied by: Rohde & Schwarz (Australia) Pty Ltd

Rt zvc power probe 48477 07

The R&S RT-ZVC multichannel power probe offers up to four voltage and four current channels with 18-bit resolution for high dynamic range current and voltage measurements.

With up to two R&S RT-ZVC probes supported on a single R&S RTE or R&S RTO oscilloscope, it is possible to analyse eight high dynamic range voltage and eight high dynamic range current signals in parallel with signals captured by the oscilloscope.

With up to four current and four voltage input channels, each with 18-bit ADC resolution, the R&S RT-ZVC02/-ZVC04 multichannel power probe provides the dynamic range needed to analyse current consumption in all mobile device activity phases.

Three built-in shunts and an external shunt mode in combination with switchable gain factors allow users to optimise the input current range. Differential inputs provide floating measurements within an input voltage operating window of ±15 V. Settings are fully controlled from the oscilloscope user interface.

A bandwidth of 1 MHz and a sampling rate of 5 MS/s allow the user to capture fast current pulses. To analyse the overall power consumption of battery-powered devices, the very low sleep-mode currents have to be captured at the same time. For very high dynamic range measurements, the integrated low-pass filter reduces the bandwidth down to 5 kHz and minimises overall system noise.

For more information, click here.

Phone: 02 8874 5100
Related Products

Fujikura 70S+, 70R+ and 62S+ fusion splicers

The Fujikura 70S+, 70R+ and 62S+ splicers offer Bluetooth capability to wirelessly communicate...

Phoenix Contact Checkmaster 2 mobile test case for surge protection devices

Phoenix Contact has released Checkmaster 2, a mobile test case that lets technicians quickly test...

Cobham 8800SX mission test system

The Cobham 8800SX mission test system provides end users with a fast automated test for radios....

  • All content Copyright © 2018 Westwick-Farrow Pty Ltd