
| Brand | RIGOL |
|---|---|
| Manufacturer Part Number | PVP2350 |
| Part Type | OSCILLOSCOPE PROBE |
| Country/region Of Manufacture | CHINA |
| UPC | 645759305428 |
The RIGOL PVP2350 Standard Passive Oscilloscope Probes are versatile and high-performance tools designed to deliver accurate and reliable measurement results for various electrical applications. These probes are engineered to provide optimal signal conditioning and coupling for use with RIGOL's PVP Series Oscilloscopes and other compatible instruments.
The PVP2350 probes come in a set of five types, each designed for specific measurement requirements. The set includes 1x 10X DC Probe (P6015A), 1x 10X AC Probe (P6016A), 1x 50MHz 1:1 Probe (P6105A), 1x 1GHz 1:1 Probe (P6106A), and 1x 20MHz 10:1 Probe (P6107A).
The DC Probe (P6015A) features a high input impedance of 101 megohms, making it suitable for measuring DC voltages and low frequency signals. It is designed to minimize loading effects on the DUT (Device Under Test), ensuring accurate and undistorted measurements.
The AC Probe (P6016A) offers a wide bandwidth of up to 100MHz and a frequency response of DC to 100MHz. It is optimized for measuring AC voltages and currents, and its built-in 1:1 attenuation provides a wide dynamic range for measuring both small and large signals.
The 50MHz 1:1 Probe (P6105A) is designed for measuring signals up to 50MHz with a wide dynamic range. It offers a flat frequency response and low distortion, making it suitable for applications in communication systems, digital circuits, and other high-speed signals.
The 1GHz 1:1 Probe (P6106A) is a high-performance probe with a wide bandwidth of up to 1GHz. It features a low-noise design and low distortion, making it ideal for measuring high-frequency signals in applications such as microwave circuits and RF systems.
The 20MHz 10:1 Probe (P6107A) offers a wide dynamic range of up to 10:1 and a bandwidth of up to 20MHz. Its high sensitivity makes it suitable for measuring small signals, while its 10:1 attenuation provides the capability to handle larger signals without overloading the probe or the oscilloscope.
All probes in the set feature a robust design with a rugged construction and a comfortable, ergonomic grip. They are designed to withstand harsh test environments and provide reliable and accurate measurements day in and day out. Additionally, they are equipped with a grounding tip to ensure a stable and low-noise measurement environment.
In summary, the RIGOL PVP2350 Standard Passive Oscilloscope Probes are a must-have accessory for any electrical test and measurement application. Their versatility, high performance, and rugged design make them an essential tool for engineers, technicians, and hobbyists alike.
Rigol PVT2350 Standard Passive Oscilloscope Probes: A Detailed Analysis
The Rigol PVT2350 standard passive oscilloscope probes are a popular choice among electronics enthusiasts and professionals due to their affordability and versatility. In this analysis, we will discuss the pros and cons of using these probes for oscilloscope measurements.
Pros:1. Affordability: The Rigol PVT2350 probes are relatively inexpensive compared to probes from more established brands. This makes them a cost-effective solution for hobbyists and small businesses.
2. Versatility: These probes come with interchangeable BNC and SMA tips, allowing users to connect to different types of oscilloscopes. They also support bandwidths up to 1 GHz, making them suitable for a wide range of applications.
3. Good Build Quality: The probes have a robust build quality, with a metal body and sturdy cables. This ensures they can withstand the rigors of regular use.
4. Wide Dynamic Range: The PVT2350 probes have a wide dynamic range of 1000:1, which allows them to measure signals with large voltage swings.
5. Low Distortion: The probes have a low distortion factor, which helps to ensure accurate measurements.
Cons:1. Limited Bandwidth: While the probes support bandwidths up to 1 GHz, this is relatively low compared to some other probes on the market. This may limit their suitability for high-frequency applications.
2. Limited Input Impedance: The PVT2350 probes have a relatively high input impedance of 10 MOhm, which may affect measurements on low-impedance signals.
3. Calibration: Calibration of the probes is not included in the package, and users may need to purchase a calibration kit separately.
4. Limited Probe Tips: While the interchangeable tips are a plus, the probes only come with two tips in the box (1x BNC and 1x SMA). Additional tips may need to be purchased separately.
Conclusion:The Rigol PVT2350 standard passive oscilloscope probes offer a good balance of affordability, versatility, and performance. While they may not have the highest bandwidth or lowest input impedance, they are suitable for most general-purpose oscilloscope measurements. Their robust build quality and interchangeable tips make them a good choice for hobbyists and small businesses. However, users may need to factor in the cost of calibration and additional probe tips when considering the overall cost of ownership.
Recommendation:If you're looking for a cost-effective and versatile oscilloscope probe solution, the Rigol PVT2350 probes are a good choice. They offer good performance, a robust build quality, and interchangeable tips. However, if you require high-frequency measurements or low input impedance, you may want to consider probes with higher specifications and additional features. Ultimately, the decision depends on your specific application requirements and budget.
Insert the adjustment tool into compensation hole at probe head and rotate it clockwise/counterclockwise until properly compensated square waveform is displayed flat-top waveform .features:: PVP2350: 1x/35mhz, 10x/350mhz, one/two probes kit. Rigol PVP2350 - passive probe PVP2350: 1x/35mhz, 10x/350mhz, one/two probes kit 10x or 1x switchable 10 pf to 25 compensation range 1x: 1m 1% input resistance 50 20 capacitance 150 RMS cat ii max. Photos are greatly appreciated. Connect the probe set attenuation to 10x signal output terminal display a square waveform on oscilloscope.
Please consider troubleshooting prior to making a return request. New design in appearance brings you perfect user experience. Rated input voltage before taking any measurement using a probe, first check the frequency compensation of probe and adjust it to match oscilloscope used.
