
| Brand | LECROY |
|---|---|
| Manufacturer Part Number | HVD3102A |
| Part Type | VOLTAGE PROBE |
| Country/region Of Manufacture | UNITED STATES |
The Lecroy HVD3102A Teledyne 25 High Voltage Differential Probe is a versatile and advanced tool designed for measuring high voltage differential signals in various applications, including semiconductor testing, power electronics, and high energy physics research.
This probe features a Teledyne Multiplexer Technology, which enables simultaneous measurement of up to 16 differential channels with a single coaxial cable, making it an ideal solution for complex measurement setups. The probe's high voltage differential input can handle signals up to 25kV, making it suitable for high voltage testing and debugging applications.
The HVD3102A probe comes with a built-in 10:1 current amplifier, which provides an output current of up to 20mA, ensuring high sensitivity and accurate measurement of low-level signals. The probe also has a low input capacitance of less than 20pF, which minimizes loading effects and allows for precise measurement of high-frequency signals.
The probe's design includes a rugged, lightweight housing made of high-strength materials, ensuring durability and reliability in harsh test environments. The probe also features a compact size, making it easy to transport and use in various testing locations.
The Lecroy HVD3102A Teledyne 25 High Voltage Differential Probe is compatible with various oscilloscopes and data acquisition systems, including Lecroy's own WaveMaster and WaveRunner Series. It also comes with software tools, such as Lecroy's WaveSurfer PRO software, for data analysis and waveform display.
In summary, the Lecroy HVD3102A Teledyne 25 High Voltage Differential Probe is a powerful and versatile tool for measuring high voltage differential signals in various applications. Its advanced features, such as the Teledyne Multiplexer Technology, high voltage input, built-in current amplifier, and rugged design, make it an essential tool for engineers and researchers in the fields of semiconductor testing, power electronics, and high energy physics research.
The Lecroy HVD3102A Teledyne 25 high voltage differential probe is a versatile and powerful tool for measuring high voltage differential signals in various applications, such as semiconductor testing, aerospace, and power systems. Like any other instrument, it has its advantages and disadvantages.
Advantages:1. High Voltage Capability: The HVD3102A can measure differential voltages up to 25kV, making it suitable for applications that require measuring high voltage signals.
2. Low Noise Floor: The probe has a low noise floor, which is essential in applications where low-level signals need to be measured accurately.
3. Wide Bandwidth: The probe has a wide bandwidth of up to 2.5GHz, allowing it to capture fast transient signals.
4. Rugged Design: The HVD3102A is built to withstand harsh environments and is suitable for use in industrial applications.
5. Versatile: The probe is compatible with various measurement systems and can be used with different oscilloscopes and data acquisition systems.
Disadvantages:1. Expensive: The HVD3102A is a high-end probe, and its cost may be a significant barrier for some users.
2. Complex Setup: The probe requires calibration and proper setup to ensure accurate measurements.
3. Size and Weight: The probe is relatively large and heavy compared to other probes, making it less portable.
4. Limited Input Impedance: The probe has a limited input impedance, which may affect measurements in some applications.
Conclusion:The Lecroy HVD3102A Teledyne 25 high voltage differential probe is a valuable tool for measuring high voltage differential signals in various applications. Its high voltage capability, low noise floor, wide bandwidth, rugged design, and versatility make it an excellent choice for users who require accurate and reliable measurements in harsh environments. However, its high cost, complex setup, size and weight, and limited input impedance may be disadvantages for some users.
Recommendation:If you need to measure high voltage differential signals accurately and reliably in harsh environments, the Lecroy HVD3102A Teledyne 25 high voltage differential probe is an excellent choice. However, if cost is a significant concern, or if you only need to measure lower voltage signals, there may be more cost-effective alternatives available. Consider your specific application requirements and budget before making a purchase decision.
Auto zero with auto disconnect switch. Auto zero capability ensures further measurement precision by allowing small offset drifts to be calibrated out of. Photos are greatly appreciated. Ac and dc coupling.
Please consider troubleshooting prior to making a return request. High offset capability at both high and low attenuation. Teledyne Lecroy HVD3102A 1 kv, 25 mhz high voltage differential probe kv cat safety rated model widest differential voltage ranges available 1% dc and low frequency gain accuracy exceptional common-mode rejection ratio Carr across a broad range the hvd3000a series high probes provide Carr over to simplify the measurement challenges found in noisy, power electronics environments. Widest application coverage the hvd3000a series cover the fullest range of applications, from 120/240 v switch-mode power supplies through 600 class and 5 kv electrical apparatus, each model has best available gain accuracy, widest differ ential offset voltage range, superior Carr.
Exceptional common-mode rejection ratio the Carr for the probes is exceptional out to very high frequencies, greatly improving measurement capability in noisy, common-mode environments found power electronics. Probes active probe interface with automatic scaling. The high Carr combined with low probe noise and offset capability provides superior measurement capabilities compared to other hv differential probes. High precision measurements hvd3000a series probes provide 1% gain accuracy enabling precise voltage measurements.
This feature can be applied without removing the hvd3000a leads from device under test. The probes design is easy-to-use and enables safe, precise high voltage floating measurements. Wide oscilloscope compatibility.
