介电承受和介电强度试验用于确定电子设备中绝缘阻挡材料的耐久性。yabo娱乐vip我们的实验室有助于评估绝缘性对有害电压电平的抵抗力,确保材料健身和满足产品安全标准。

绝缘障碍免受产品和设备的危险电流保护人类。介电测试对于确保电压的峰值水平不超过阻挡材料的抗性性能至关重要,导致材料损坏或人损伤。我们经验丰富的专家将帮助确定哪些绝缘材料最适合您的产品及其预期用途。

Dielectric withstand vs. dielectric strength

Dielectric tests apply a high level of alternating currents (AC) or direct currents (DC) to the insulation barrier and measure the reaction of the material. AC voltage is more commonly used in dielectric testing.

The purpose of a dielectric strength test is to reach the point of breakdown, or failure. This happens when the material experiences a sudden change in its resistance to the test voltage. The level of voltage where the barrier allows current to flow is the dielectric strength of the material.

In comparison, dielectric withstand tests are used to measure how well the insulation can hold a high voltage for a specified amount of time before the material breaks down.

The Element advantage

Element’s dielectric strength and dielectric withstand testing is a critical step in the product safety evaluation of electrical and electronic devices. Our globally trusted experts make safety their priority and will work to ensure the most appropriate insulation material for your product.

For more information about our dielectric testing capabilities or to request a quote,今天联系我们。

Standards we test to

American Society for Testing and Materials

ASTM D149,ASTM D150,ASTM D877,ASTM D2520

American National Standards Institute/Society of Cable Telecommunications Engineers

ANSI/SCTE 12, ANSI/SCTE 59, ANSI/SCTE 108

IPC – Association Connecting Electronics Industries

IPC-TM-650 (Sections 2.5.5.1, 2.5.6, 2.5.6.3, 2.5.7, 2.5.7.1, 2.5.8)

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Our team of over 5,000 Engaged Experts in North America, Europe, The Middle East, Australia, Asia and Africa are ready to help you.