SMBG26CHE3/5B

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TVS - Diodes are devices which are designed to provide protection against transient voltage events, such as electrical surges. The SMBG26CHE3/5B is one such device specifically designed to protect automotive and truck systems from current and voltage transients.

The SMBG26CHE3/5B has several applications where it proves to be highly effective. It is used to protect motorcycle and snowmobile electrical systems, automotive body and chassis systems, passenger compartment electronics, and various systems related to internal combustion engines. It can also be used to provide secondary protection of the vehicle’s battery and various other sensitive components.

The working principle of the SMBG26CHE3/5B is relatively simple. It is designed to contain high energy voltage transients up to a certain value. If the voltage across the device exceeds this value, the device takes over the excess current generated, preventing it from flowing and thus protecting the underlying circuitry.

The device is designed to respond quickly and correctly to transients, so that the underlying circuitry is not damaged. It is designed to also self-restore when the transient has passed, so that it does not need to be replaced after a transient event.

The SMBG26CHE3/5B is designed with a simple and low-cost form factor, making it a great choice for protecting automotive and truck electrical systems. It is able to contain both voltage and current transients, and is designed for a wide range of operating temperatures.

The device enables the use of secondary protection systems without excessive cost or complexity. Additionally, it has a very low electrical noise emission, which makes it suitable for applications which require very quiet operation.

In summary, the SMBG26CHE3/5B is a protection device designed for use in automotive and truck electrical systems. It is designed to contain transient voltage events up to a certain value, and to self-restore when the transient passes. It is also designed to have a low cost form factor, low electrical noise emission, and a wide range of operating temperatures. As such, it is an ideal choice for protecting sensitive automotive and truck systems from current and voltage transients.

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