Precision accessories for PMK's 2.5 mm passive probes — engineered for high-performance signal integrity, flexible configurations, and safe testing across a variety of probing environments..
PMK’s Passive Probe Accessories line provides a versatile ecosystem to enhance, repair, or customize your 2.5 mm probe setup. Whether you're conducting EMI-sensitive tests, measuring across densely packed components, or connecting to specialized test equipment, these accessories ensure repeatable, high-fidelity signal capture with low capacitive loading and secure mechanical fit.
Choose from a wide range of interchangeable tips, adapters, and termination styles:
Probe Tips: Replaceable spring tips (0.38 mm / 0.5 mm), solid gold-plated pins
Cable Ends: 0.8 mm sockets, 2 mm / 4 mm banana plugs, BNC male/female, dual and coaxial terminations
Clip Styles: Sprung hooks, Pico hooks, QFP clips, IC caps
Adaptation: 90° and straight orientation for tight setups
Organizing Components: Insulating caps, coding rings, Cu grounding pads
The kits are thoughtfully pre-arranged to streamline setup time in labs or production lines:
Basic Kit: Includes tips, a few common clips, and a PCB ground adapter
Standard Kit: Adds extended hook options and socketed leads
Advanced Kit: Full accessory set for high-frequency, fine-pitch, and multi-signal probing environments
Every part is engineered to minimize signal interference and mechanical wear, ensuring safety and longevity.
Compatible with 2.5 mm PMK PML and PMM series
Multiple tip styles: spring-loaded, solid, gold-plated
Secure connections with banana plugs, mini clips & sockets
Adaptable BNC, MMCX, and SMA interface options
Ideal for dense boards: QFP, IC caps, Pico hooks
Starter kits available: Standard, Basic, Advanced
Includes organizing accessories: coding rings, Cu pads, caps
Category
Options / Specs
Tip Diameter
0.38 mm / 0.5 mm / 1 mm
Materials
Gold-plated brass, stainless steel, ABS, Cu pads
Terminations
BNC, MMCX, SMA, 0.8 mm socket, 2 mm & 4 mm banana plugs
Frequency Support
HF Compensated leads up to >500 MHz (model-dependent)