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TESTEC Elektronik GmbH

TESTEC TT-SX 200 200MHz Active Differential Probe

TESTEC TT-SX 200 200MHz Active Differential Probe

Precision differential voltage measurements for grounded oscilloscopes, ideal for automotive, power electronics, and R&D applications.
SKU: 15635
Regular price
m.2,700.00 AZN exc tax
Regular price Sale price
m.2,700.00 AZN exc tax
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Key Features

  • 200MHz bandwidth – Captures high-frequency signals with minimal distortion.
  • ±1% DC accuracy – Ensures precise voltage measurements in critical applications.
  • USB-powered operation – No external batteries required; includes universal adapter.
  • ±20V differential / ±60V common-mode range – Safely measures floating signals in power electronics.
  • 10:1 attenuation – Reduces circuit loading for accurate high-voltage measurements.
  • Robust hardcase included – Protects the probe during transport and storage.
  • Superior CMRR – Rejects common-mode interference for clean signal acquisition.
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Overview

The Testec TT-SX 200 is a 200MHz Active Differential Probe designed for accurate floating signal measurements in high-speed circuits. Engineered for professional applications, it enables conventional earth-grounded oscilloscopes to measure differential voltages up to ±20V (differential mode) and ±60V (common mode), ensuring safe and reliable testing in automotive CAN bus systems, motor drives, and power electronics.

With a 10:1 attenuation ratio and ±1% DC accuracy, the TT-SX 200 delivers distortion-free signal integrity while rejecting common-mode noise. Its USB-powered design eliminates the need for external batteries, and the included hard case, grabbers, and BNC accessories ensure portability and ease of use in lab or field environments. The probe’s robust construction and ergonomic design make it a durable choice for daily measurements.

For engineers requiring precision in high-speed environments, the TT-SX 200 combines exceptional bandwidth (DC to 200MHz) with low circuit loading, making it indispensable for debugging fast switching signals in R&D and quality assurance workflows.

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