Oscilloscope Clip Probes RioRand 2-Pack PP150 100MHz Accessory Kit

Description

Product Overview

The RioRand PP150 2‑Pack Oscilloscope Clip Probes are engineered to meet the demanding requirements of modern electronic testing. Featuring a 100 MHz bandwidth, these probes capture fast‑changing signals with clarity, while the dual attenuation options of x1 and x10 provide flexibility for both low‑amplitude and high‑voltage measurements. The probes incorporate a robust 10 MΩ (x1) and 1 MΩ (x10) input resistance, paired with typical input capacitances of 85‑115 pF and 18.5‑22.5 pF respectively, ensuring minimal loading on the circuit under test. Their compact 5 mm tip/head design fits into tight spaces, and the compensation range of 15‑40 pF allows for quick, accurate adjustment without the need for additional tools. The accessory kit includes all necessary connectors, adapters, and a protective case, making the package ready for immediate deployment in any lab or field environment.

Usage

These clip probes excel in a variety of scenarios. In a laboratory setting, engineers use them to probe signal nodes on printed circuit boards, evaluating waveform integrity during design verification and debugging. Field technicians appreciate the high voltage capability—up to 200 V DC in x1 mode and 600 V DC in x10 mode—allowing safe measurement of power electronics, motor drives, and automotive systems. Educators incorporate the probes into classroom labs to demonstrate fundamental concepts such as signal attenuation, bandwidth limitations, and probe compensation. The lightweight, ergonomic design reduces hand fatigue during prolonged use, and the included accessories simplify connection to a wide range of oscilloscope models, from benchtop units to portable handheld devices.

Why Choose Us

RioRand has built a reputation for delivering high‑quality test instrumentation at a competitive price point. The PP150 probes undergo rigorous quality control, including temperature cycling and electrical stress testing, to guarantee long‑term reliability. Our design emphasizes user‑friendly features such as a clear compensation adjustment knob and a low‑profile tip that minimizes circuit interference. In addition, we stand behind every product with responsive after‑sales support; if you encounter any issue, our technical team is ready to provide prompt solutions and ensure your satisfaction. Choosing RioRand means investing in tools that combine precision engineering with practical durability, backed by a company that values customer success.

Key Features

• 100 MHz bandwidth captures fast transients with high fidelity.
• Dual attenuation (x1/x10) adapts to both low‑level and high‑voltage signals.
• Maximum voltage rating of 200 V DC (x1) and 600 V DC (x10) for safe high‑power testing.
• Easy tip compensation range of 15‑40 pF reduces setup time and improves accuracy.
• Responsive after‑sales support ensures quick resolution of any concerns.

FAQ

What is the difference between x1 and x10 attenuation?

The x1 setting measures the signal directly, suitable for low‑amplitude waveforms, while the x10 setting reduces the signal amplitude by a factor of ten, allowing safe measurement of higher voltage signals without overloading the oscilloscope input.

Can these probes be used with any oscilloscope brand?

Yes. The PP150 probes come with standard BNC connectors and adapters that are compatible with most major oscilloscope manufacturers, including Tektronix, Keysight, Rigol, and others.

How do I perform tip compensation?

Connect the probe to the oscilloscope, attach the provided compensation capacitor, and adjust the compensation knob until the displayed square wave on the oscilloscope is flat‑topped with no overshoot or ringing. The built‑in compensation range of 15‑40 pF covers most typical test points.

What warranty does RioRand provide?

RioRand offers a one‑year limited warranty covering manufacturing defects. If any issue arises within this period, contact our support team for a replacement or repair.

Are the probes suitable for high‑frequency RF work?

While the 100 MHz bandwidth is ideal for most digital and analog electronics, for specialized RF applications above 100 MHz you may consider probes with higher bandwidth specifications.