BSL Equipment
Home / Oscilloscopes / Oscilloscope Probes / Active & Differential Probes / Pico Technology TA044 Active Differential Probe

Pico Technology TA044 Active Differential Probe

Pico Technology · Model: TA044 Made to order
Pico Technology TA044 Active Differential Probe
Request a quote

Pico Technology TA044 active differential probe with 70MHz bandwidth, 1:100/1000 attenuation ratio, and 7000V maximum input for high-voltage differential measurements.

Model TA044
Manufacturer Pico Technology
Category Active & Differential Probes
Availability Made to order

Overview

The Pico Technology TA044 is an active differential probe designed for high common-mode voltage measurement applications up to ±7000V DC plus peak AC. This probe extends the functionality of standard single-ended input oscilloscopes to enable safe and accurate high-voltage differential measurements.

The TA044 is suitable for power circuit testing and acquisition of low-speed balanced differential signals found in serial communications buses. Spring hooks supplied with the probe are rated for 1000V operation.

Key Features

  • Frequency range: DC to 70MHz
  • Attenuation ratio: 1:100 or 1:1000 selectable
  • Input impedance: 10 Megohms || 10 pF each side to ground
  • Common-mode rejection: -80 dB at 60Hz; -50 dB at 1MHz
  • Accuracy: ±2%
  • Input leads length: 60 cm
  • BNC lead length: 90 cm
  • Probe dimensions: 202 mm x 83 mm x 38 mm

Applications

  • High-voltage differential measurement in power circuits
  • Safe measurement of differential voltages up to ±7000V
  • Balanced differential signal acquisition on serial communication buses
  • Power electronic testing and analysis
Bandwidth 70 MHz
Attenuation 100X, 1000X
Input Capacitance 10 pF
Maximum Input Voltage 7000 V
Input Impedance 10 MΩ
Interface BNC
Cable Length 0.6 m
Lead Length 0.9 m
Operating Temperature Range -10 to 40°C
Safety Rating CAT1
Type Differential Probe
Pico Technology TA044 Active Differential Probe

Request a quote

Pico Technology TA044 Active Differential Probe

Response within 24 hours
No obligation
Direct communication

By submitting this form, you agree to the processing of your personal data in accordance with our privacy policy.