Rigol PVP2150 Digital Oscilloscope Probe 150MHz High Resistance 1X 10X

Description

Product Overview

The Rigol PVP2150 is a precision‑engineered oscilloscope probe designed for engineers, technicians, and hobbyists who demand accurate signal capture across a wide frequency range. With a 150MHz bandwidth, this probe reliably tracks fast‑changing waveforms, ensuring that critical details are not lost during measurement. Its dual‑mode operation lets users switch between 1X and 10X attenuation, offering flexibility for both low‑level and high‑voltage signals.

In the 1X setting, the probe presents a 1M Ohm input resistance, ideal for high‑impedance circuits where loading must be minimized. Switching to the 10X mode raises the input resistance to 10M Ohm, providing additional protection and reducing the impact on the circuit under test. Both modes maintain excellent linearity, allowing precise amplitude measurements without distortion.

The probe’s construction incorporates a robust, low‑capacitance cable that minimizes signal degradation over its length. Its connectors are engineered for secure mating with a variety of oscilloscope models, and the probe tip is ergonomically shaped for easy placement on test points, even in cramped environments. The overall design balances durability with the sensitivity required for high‑frequency diagnostics.

Safety is a core consideration; the PVP2150 meets CAT II standards, handling up to 300V rms in the 10X configuration and 150V rms in the 1X configuration. This rating ensures that the probe can be used safely on mains‑connected equipment, providing confidence for users working in industrial or laboratory settings.

Rigol’s reputation for quality is reflected in the meticulous manufacturing processes applied to each probe. From the selection of high‑grade materials to rigorous testing procedures, every unit is calibrated to deliver consistent performance, reducing the need for frequent recalibration and extending the probe’s service life.

Usage

The PVP2150 excels in a variety of applications, from simple hobbyist projects to complex industrial diagnostics. Its 150MHz bandwidth makes it suitable for analyzing digital communication signals, PWM waveforms, and high‑speed analog transients. Whether you are troubleshooting a power supply, validating a microcontroller’s output, or measuring the response of a filter circuit, the probe provides the clarity needed to identify issues quickly.

In educational settings, the probe serves as a reliable teaching tool, allowing students to explore the fundamentals of signal integrity and measurement techniques. Its intuitive 1X/10X switch simplifies the learning curve, enabling users to focus on concepts rather than equipment configuration.

For field service engineers, the probe’s compact dimensions (8 × 6 × 1 inches) and lightweight design (2.15 oz) make it easy to transport in a toolbox or carry case. The durable housing protects the internal components from accidental drops, while the high‑quality connectors ensure a stable connection even after repeated plug‑in cycles.

When used with modern digital oscilloscopes, the probe’s low capacitance and fast rise times (10ns in 1X mode, 1ns in 10X mode) preserve signal fidelity, allowing accurate reconstruction of fast edges and transient events. This capability is essential for debugging high‑speed digital interfaces such as SPI, I²C, and UART, where timing margins are tight.

Why Choose Us

Choosing the Rigol PVP2150 means investing in a probe that combines performance, safety, and durability. Rigol’s commitment to quality control ensures that each probe undergoes comprehensive testing for bandwidth, attenuation accuracy, and input resistance before it reaches the customer. This rigorous process minimizes the risk of out‑of‑spec units and provides peace of mind for professionals who rely on precise measurements.

Our after‑sales support includes a responsive technical assistance team ready to help with installation, calibration, or troubleshooting questions. We also offer a warranty that covers manufacturing defects, reinforcing our confidence in the product’s longevity.

Unlike many generic probes, the PVP2150 is built with premium materials that resist wear and environmental stress. The cable jacket is resistant to abrasion and chemicals, while the probe tip is made from corrosion‑resistant alloy, ensuring consistent contact quality over time.

Rigol continuously updates its product line based on user feedback and emerging industry standards. By selecting the PVP2150, you benefit from a probe that reflects the latest advancements in measurement technology, keeping your testing capabilities current and competitive.

Key Features

• 150MHz bandwidth captures fast‑changing signals with high fidelity.
• Dual 1X/10X attenuation provides flexible input resistance for diverse testing needs.
• Fast rise times of 10ns (1X) and 1ns (10X) preserve signal edges for accurate analysis.
• CAT II safety rating supports up to 300V rms, ensuring safe operation on mains‑connected equipment.
• Comprehensive after‑sales support and warranty give confidence in long‑term reliability.

FAQ

What is the difference between the 1X and 10X modes?

In 1X mode, the probe presents a 1M Ohm input resistance, suitable for low‑voltage, high‑impedance measurements. The 10X mode increases the input resistance to 10M Ohm and attenuates the signal by a factor of ten, allowing safe measurement of higher voltages while reducing the load on the circuit under test.

Can this probe be used with any oscilloscope?

The PVP2150 is compatible with most standard oscilloscope BNC connectors. It works best with oscilloscopes that support a minimum bandwidth of 150MHz, ensuring that the probe’s performance is fully utilized. Always verify the connector type and bandwidth compatibility before connecting.

Is the probe suitable for measuring high‑frequency digital signals?

Yes. Its 150MHz bandwidth and fast rise times make it well‑suited for capturing digital edges, PWM signals, and other high‑speed waveforms. The low capacitance design helps maintain signal integrity, reducing distortion that can occur with slower probes.

What safety precautions should be taken when using the probe?

Even though the probe meets CAT II standards, users should always ensure the probe is set to the appropriate attenuation mode for the voltage being measured. Verify that the probe’s rating exceeds the expected signal level, and avoid exposing the probe tip to voltages beyond its specified limits.

How does Rigol ensure the quality of each probe?

Each PVP2150 undergoes a series of calibrated tests, including bandwidth verification, attenuation accuracy checks, and input resistance validation. The manufacturing process follows strict ISO standards, and final units are inspected for physical defects before packaging.