SFBDL5000151MC1

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Feed Through Capacitors are versatile and dependable components used in aerospace and military applications. SFBDL5000151MC1 is a feed through capacitor which is widely used in these applications. This article will explain the application field and working principle of the SFBDL5000151MC1 feed through capacitor.

The SFBDL5000151MC1 is a high voltage feed through capacitor that is designed to provide effective transient voltage protection and EMI/RFI noise filtering. It has a wide operating temperature range of -55 °C to +125 °C, and is designed for reliable operation in heavy duty and harsh environments.

The SFBDL5000151MC1 feed through capacitor is used primarily in aerospace and military applications. It is widely used in aircraft, satellites, and spacecraft, as well as in other applications where protection from high voltage transients and filtering of unwanted electrical interference is needed.

The SFBDL5000151MC1 feed through capacitor features an impressive voltage rating of 500 VDC. This rating makes the capacitor suitable for use in a wide variety of applications where protection from transient voltages or EMI/RFI noise interference is needed. It also features a high capacitance rating of 0.00151 μF, which ensures effective filtering with minimal insertion loss.

The operating principle of the SFBDL5000151MC1 feed through capacitor is based on advanced dielectric technology. It uses a special dielectric material that is designed to ensure high voltage protection and effective filtering of electromagnetic interference. The capacitor features a multi-layer capacitor construction that provides optimal EMI/RFI filtering without compromising performance or reliability.

The SFBDL5000151MC1 feed through capacitor is an ideal choice for a wide variety of aerospace and military applications. Its high voltage rating and high capacitance rating make it ideal for providing effective transient voltage protection and EMI/RFI noise filtering. The advanced dielectric technology used in its construction ensures reliable protection and filtering in even the harshest of environments.

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