TRONOVO TR9102A Oscilloscope Probe 200MHz 1X/10X

The TRONOVO TR9102A oscilloscope probe combines switchable 1X/10X attenuation with up to 200MHz bandwidth for waveform measurement, circuit debugging and laboratory testing. In 10X mode it provides a 10MΩ input impedance, approximately 15pF input capacitance and a 1.75ns rise time, reducing probe loading while supporting faster signal edges.

A secure BNC connection, gold-plated probe contact and reinforced cable construction support dependable bench use. The supplied probe hook, ground lead and ground spring provide practical contact options for PCB measurements, including short-ground connections where loop inductance can affect waveform fidelity.

Key Features

• Switchable 1X/10X attenuation: Select direct 1:1 probing for lower-frequency measurements or 10:1 attenuation for wider bandwidth and higher input voltage capability.
• 200MHz bandwidth in 10X mode: Supports signal measurements from DC to 200MHz with a 1.75ns rise time.
• DC–6MHz bandwidth in 1X mode: Provides direct signal transfer through the oscilloscope's 1MΩ input.
• Mode-specific input limits: Rated to 300Vrms CAT II in 10X mode and 150Vrms CAT II in 1X mode.
• 10–20pF compensation range: Allows the 10X response to be adjusted for compatible oscilloscope inputs.
• Gold-plated probe contact: Supports low contact resistance, conductivity and corrosion resistance.
• 1.2m cable: Provides practical reach between the circuit under test and the oscilloscope.
• Included accessory kit: Supplied with a probe hook, ground lead, color rings, ground spring and non-inductive adjustment tool.

Applications

• Electronic circuit development and debugging
• Analog and digital waveform measurement
• Laboratory, education and maintenance benches
• Signal verification on oscilloscopes with a 1MΩ input

Why Choose the TR9102A?

The TR9102A is suited to users who need a general-purpose passive probe with 200MHz capability in 10X mode while retaining a direct 1X setting for lower-frequency work. Its mode-specific bandwidth, loading and voltage limits are clearly defined, and the supplied accessories support common PCB probing methods.