Adjustable attenuation probe built for accurate, safe, and reliable signal measurements Key benefits Flexible measurement range: Quickly switch between 1x and attenuated mode with the built-in attenuation switch to match signal amplitude and measurement requirements without changing probes. Safer, more accurate readings: The grounding alligator clip provides a secure earth reference, reducing the risk of electrical hazards and ensuring stable, repeatable measurements. Durable, dependable construction: Manufactured from high-quality materials for long service life and consistent performance in demanding lab, bench, or field environments. Faster multi-channel work: Four colored identification rings let you mark and distinguish channels at a glance, reducing setup errors and speeding troubleshooting. What this probe solves Eliminates the need to swap probes when signal levels change; use the attenuation switch to protect your instrument and preserve signal integrity. Reduces risk of measurement errors from poor grounding and accidental shorts by providing a reliable earth connection. Simplifies multi-signal testing and tracking during complex measurements with clear visual channel IDs. Stands up to repeated use in bench testing, R&D, repair, or production environments. Practical applications Electronics troubleshooting and circuit debugging where signals of varying amplitude must be measured quickly and accurately. Laboratory and prototype testing that requires consistent, repeatable probe performance over many cycles. Field service and maintenance work where robust materials and a secure grounding connection improve safety and reliability. Core attributes Function: Switchable 1x / attenuated measurement modes for flexible signal handling. Safety: Grounding alligator clip for secure earth reference and safer operation. Identification: Four colored rings for easy channel differentiation. Build: High-quality materials designed for durability and reliable performance. Use this probe when you need adaptable attenuation, reliable grounding, and clear channel identification in demanding measurement tasks.