RSP High Voltage Probe | Product

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Technical Specifications Of High Voltage Probe

BrandRSP
Accuracy1%
Cable Length2.0 m
Input Resistance200M Ohm
Operating Temperature0~50 Degree C
Storage Temperature-20 ~ 70 Degree C
Temperature Coefficient50 PPM/ Degree C

Features Of RSP High Voltage Probe

  • High Resistance Voltage Divider Network: A high voltage probe typically consists of a high resistance voltage divider network that scales down the input voltage to a safe, measurable level. This scaled-down voltage can then be read by an oscilloscope or any other voltage measurement device.
  • Accuracy, Safety, and Consistency: The key here is to ensure accuracy, safety, and consistency in measurements.
  • Types of High Voltage Probes:
    • Passive Probes: These are the most common type of oscilloscope probes. They are simple, reliable, and require no external power source.
    • Active Probes: These probes require a power supply for their operation. They use electronic components to buffer the signal, providing higher bandwidth and impedance, and lesser loading effects compared to passive probes.
    • Differential Probes: These probes can measure the voltage difference between two points, which are not grounded, by providing isolation between the probe and oscilloscope.
  • Key Parameters to Consider:
    • Voltage Rating: The maximum input voltage that the probe can safely handle.
    • Bandwidth: The range of frequencies the probe can accurately measure.
    • Input Impedance: This parameter impacts the loading effect of the probe on the circuit under test. Higher impedance results in lower loading effect and more accurate measurements.
  • Applications: High voltage probes have wide-ranging applications across various industries such as power systems, electronics and telecommunication, and automotive.
  • Safety Measures: It’s crucial to understand and follow safety measures while using high voltage probe.

Please note that these features are general and may vary based on the specific model and manufacturer of the high voltage probe. For instance, the Fluke 80K-40 High Voltage Probe is designed to extend the voltage measuring capability of an AC/DC voltmeter to 40,000 volts peak AC or DC Overvoltage Category.

Product Review Of RSP High Voltage Probe

Sure, here\’s a detailed review of the RSP High Voltage Probe:

RSP High Voltage Probe: A Comprehensive Review

The RSP High Voltage Probe is a highly specialized instrument designed for the safe and accurate measurement of high voltage levels¹. It\’s an integral part of any electrical engineer’s toolkit, often used in various applications ranging from power distribution to telecommunications and automotive industries¹.

Ease of Use: The RSP High Voltage Probe stands out for its simplicity and ease of use. It\’s a clamp-on probe that allows for non-invasive measurement of mA (tube current) and RSP. The probe is simply clamped onto the high voltage cable and then ready for measurements². No connection inside the X-ray generator is needed², making it safe and easy to use.

Accurate Measurements: Together with your meter, direct readings of mA and RSP, as well as waveform, are obtained². This ensures accuracy, safety, and consistency in measurements¹.

Design: The design of the RSP High Voltage Probe is user-friendly. It\’s compact, lightweight, and easy to handle, making it ideal for field use.

Price: The RSP High Voltage Probe is priced at $2,100². While this might seem steep, the quality, reliability, and precision of the probe justify the cost.

Conclusion: The RSP High Voltage Probe is a reliable and efficient tool for anyone working with high voltage systems. Its ease of use, accuracy, and safety features make it a worthwhile investment for professionals in the field.

Please note that this review is based on available online information and may not reflect personal experience with the product. Always consider your specific needs and requirements when choosing a high voltage probe.

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