PSM4-680M-05T2

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Feed through capacitors are used in various high-frequency applications, including medical imaging, telecommunication, broadcast systems, RFID and navigation systems. The PSM4-680M-05T2 is a specific type of feed through capacitors that meets the requirements of the medical, communications, manufacturing and other highly sensitive fields.

The main feature of PSM4-680M-05T2 feed through capacitors is its high capacitance, excellent temperature stability and wide operating temperature range. It provides high frequency, low ESR and high insulation resistance, making it suitable for many high-frequency applications. Its high impedance and excellent temperature stability are ideal for RF signal processing and signal control systems. It is also well suited for medical imaging, television broadcast and microwave communication systems, as well as other high-frequency applications.

The PSM4-680M-05T2 is a surface-mount capacitor with a dielectric material of X7R type. It has a capacitance of up to 680 MΩ. It operates over a wide temperature range from -55℃ to +125℃, so it is suitable for use in extreme temperature environments. It is compatible with both leaded and lead-free solders, making it suitable for a variety of applications. The capacitor also has a low profile of 0.64mm along with its competitive price.

The working principle of the PSM4-680M-05T2 is relatively simple. It uses two metal plates facing each other and separated by a dielectric material. When an AC voltage source is connected to the capacitor, an electric field is established between the two plates and a charge is created. This causes the charges on the plates to be attracted to each other, creating an opposing force. The dielectric material resists the flow of current, but allows the flow of alternating current.

The key advantages of the PSM4-680M-05T2 are its high capacitance, high insulation resistance, wide temperature range and excellent temperature stability. It is an ideal choice for high-frequency applications such as medical imaging, telecommunication, broadcast systems, RFID and navigation systems. The capacitor has also been tested for compliance with industry standards such as EIA-364.

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