Precision Right To The Tip! Oscilloscope Probes

Precision Right To The Tip!

Reliable Measurement With The Right Quality Probes!

Measurement technology professionals know that it doesn't make sense to spend a lot of money on an oscilloscope and then skimp on the probes. Probes are an important factor for accuracy when it comes to measuring with oscilloscopes. If the probe is the “weakest link in the chain,” even the most accurate oscilloscope is useless.

The solution: Get high-quality probes from Meilhaus Electronic from the following brand manufacturers - on request, in a package with the right oscilloscope.
All ▸oscilloscope probes can be found here, filterable by manufacturer and probe type!
You can find the ▸range of general current sensor technology here, filterable by manufacturer and type.

Select the appropriate probe for your application:

• Passive probes for simple standard measurements.
• Active single-ended probes for measuring high-frequency signals and fast digital signals with low amplitude.
• Active differential probes for measuring signals with high frequency, low amplitude, or large common-mode voltages.
• High-voltage probes with precision voltage dividers for measuring high voltages.
• Current probes based on the transformer principle or with Hall sensors for current measurement (waveforms of a current signal, level, long-term recordings).
  General current sensors (for storage recorders, data loggers, etc., with BNC and often other connection types as well) – various designs depending on the application:
  • Pass-through type: Precise, for development, in the EMC and pre-compliance areas, sometimes permanently mounted.
  • Clamp type: Larger cable cross-sections/bundles, for monitoring levels, long-term recordings, etc. Quick and easy to attach.
  • Loop type: Control of mains power quality, measurement of large currents, for larger conductor cross-sections/bundles and hard-to-reach locations.
  • Probe type: Signal monitoring of very small currents, with high sensitivity or large currents, smaller power cross-sections.
• Fiber/optically isolated probes with high common mode rejection ratio (CMRR), e.g., for testing power components in Si/SiC/GaN technology.
  
  
• For oscilloscopes from all manufacturers (BNC) or models with manufacturer-specific coding/probe recognition.
  Current sensors also available for storage recorders and data loggers.