No. | Specification | Dissipation | Withstanding Voltage | Insulation Resistance | Dimensions (mm) |
---|---|---|---|---|---|
1 | 20kV-2000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:45 | H:19 | L:23 | D:12 | M:5 |
2 | 20kV-10000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:65 | H:15 | L:19 | D:12 | M:5 |
3 | 20kV-18000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:80 | H:17 | L:25 | D:12 | M:5 |
4 | 30kV-1000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:45 | H:24 | L:32 | D:12 | M:4 |
5 | 30kV-2700pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:60 | H:20 | L:28 | D:12 | M:4 |
6 | 30kV-12000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:45 | H:19 | L:23 | D:12 | M:5 |
7 | 40kV-150pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:74 | H:18 | L:26 | D:12 | M:5 |
8 | 40kV-500pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:28 | H:33 | L:41 | D:8 | M:4 |
9 | 40kV-7500pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:80 | H:24 | L:29 | D:12 | M:6 |
10 | 40kV-10000pF | ≤0.0040 | 1.5Ur● 1min | ≥1.0 x 105MΩ | D:80 | H:22 | L:26 | D:16 | M:5 |
Sharp Observation: Providing Noise-Free High-Voltage Power for Industrial X-ray Real-Time Imaging Systems
In high-end industrial X-ray real-time imaging systems, image clarity and signal-to-noise ratio directly determine defect detection capabilities. The system requires continuous, stable, and consistent X-ray emission. Any fluctuations or noise in the high-voltage power supply will produce artifacts or noise in the image, obscuring critical information. This places extreme demands on the smoothness and continuous power output capabilities of the high-voltage power supply.
Challenge: How does power supply noise affect image quality?
Ripple noise in the high-voltage power supply directly modulates the intensity of the X-rays, resulting in:
Uneven grayscale in the image and fixed-pattern background noise.
Small, low-contrast defects (such as microcracks and loose surfaces) become difficult to discern.
Flickering streaks appear during dynamic imaging, affecting judgment.
Solution: Ultra-low ESR doorknob capacitors achieve "dead zone" filtering.
Our high-voltage doorknob capacitors, with their ultra-low equivalent series resistance (ESR) and low equivalent series inductance (ESL), are key to solving this problem. They maintain extremely low impedance even in the high-frequency range of switching power supplies (tens of kHz to several MHz), creating a "current dead zone" that effectively bypasses high-frequency ripple current, resulting in near-perfect DC high-voltage output.
Core Value for Customers:
Improved Image Quality: Achieve higher signal-to-noise ratios and cleaner X-ray images, revealing all micron-level defects.
Improved Inspection Efficiency and Reliability: Reduce repeated exposures and manual misjudgments caused by image quality issues, improving inspection throughput and accuracy.
Enhanced System Reliability: The capacitors' excellent heat dissipation characteristics (low ESR results in low self-heating) ensure long life and stability under continuous high-load operation, making them particularly suitable for in-line inspection equipment on production lines.