Y5V High voltage feedthrough ring type ceramic capacitor 6500pf 4KVAC

Product Description:

The ring-typed ceramic dielectric capacitor comprises two sets of internal electrodes, each of which is connected to one end electrode. Each set of internal electrodes is composed of one or more conductive films, and these films are separated by ceramic gaps. The dielectric film layer and the dielectric protection layer are alternately layered with the internal electrode conductive film to form a homogeneous capacitor body. Both the dielectric protection layer and the dielectric film layer have a ring-shaped body. The two groups of conductive films of the electrode are annular surfaces and the capacitor body has a cylindrical form with a through hole. The terminal electrode consists of an inner and an outer ring end electrode. The metalized film of the inner ring end electrode covers the inner wall of the through hole and the metalized film of the outer ring terminal electrode covers the outer wall of the cylinder.

The invention offers a ring-typed ceramic dielectric capacitor that suppresses high-frequency electrical interferences of signals or transmission wires and also possesses an improved pressure-resistant design. A method of producing and applying the capacitor is also included.

Features:

High-frequency response is the ability of a device to respond to higher-frequency signals. It allows signals to be accurately transmitted over greater distances and through more difficult environments. High-frequency response is especially important when dealing with wireless communication, as signals tend to lose strength and clarity in this type of transmission.

Low leakage of transmission signal is a measure of the integrity of a signal. This means that the signal remains intact despite the presence of interference or other environmental factors. Devices with low leakage of transmission signal are desirable because they can help to prevent data loss or signal degradation in wireless communication.

High voltage AC resistance is important for electrical components. It indicates the ability of a device to withstand high electrical currents without damage. High voltage AC resistance ensures safety in the electrical system, as well as aiding in the efficient transmission of current.

Devices which are small in size are advantageous in a wide variety of applications. This could range from consumer electronics to military operation. In addition to the benefits of more efficient operation and faster processing speeds due to the small form factor, devices which are small in size are also more portable, making them ideal for use in field operations.

Technical Parameters:

Applications:

Frequency suppression network is mainly used for consumer electronic applications in order to minimize electromagnetic interference (EMI). It is mainly used to suppress the frequencies outputted in frequency conversion systems and provide low voltage dc power supply system impedance. By using the frequency suppression network, dc systems can reduce radiation generated by electronic devices.

Customization:

Packing and Shipping:

High voltage ceramic capacitors should be packaged with great care as they are sensitive components. The packaging must be designed to protect the capacitors from any damage during transit. Here are some points to keep in mind while packaging:

• The capacitors should be placed in a shock-resistant container with bubble wrap or foam packing material to absorb the impacts.
• The container should be sealed properly to avoid air or water entering the container.
• The container should be labeled properly with the contents and the destination.
• The package should be protected from direct exposure to sunlight and other environmental elements.

Shipping high voltage ceramic capacitors should be done with great caution and care. The package should be handled with care and should be checked for any signs of damage before shipping. It is also important to use a reliable shipping service that can provide tracking information. This will help in case of any mishaps during transit.