SM5S24ATHE3/I

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Transient Voltage Suppressors (TVS) are electrical components used to protect voltage-sensitive electrical circuits from high-voltage spikes. The SM5S24ATHE3/I is a unidirectional transient voltage suppressor that is designed to protect electronic devices from voltage spikes of up to 24V. It is widely used in a variety of applications and can provide valuable protection for both the device and the circuit.

The circuit of the SM5S24ATHE3/I device consists of two back-to-back avalanche PN junctions in an axial lead package. The PN junctions act as a voltage-clamping device. When a voltage spike exceeds the breakdown voltage of the device, the junctions switch from their normal high-resistance off-state to a low-resistance on-state, allowing the current to flow through the device and clamp the transient voltage. The device then quickly returns to its off-state, returning the system to its normal operating conditions.

The SM5S24ATHE3/I is an axial lead, non-polarizing device that does not require biasing. It is designed to protect a single line on a circuit, and is most often used in applications that require overvoltage protection on a single-line circuit. Some of the most common applications requiring such protection include automotive electronic systems, industrial electronic systems, and telecommunications systems.

A key feature of the SM5S24ATHE3/I is its low leakage current. This means that the device is able to maintain virtually zero current flowing through it during normal operation, so that it can quickly respond to transient voltage spikes without draining power from the system. The device also features a fast response time, meaning that it can respond to transient voltages quickly and reliably.

The SM5S24ATHE3/I is a reliable and effective overvoltage protection device for a variety of applications. Its robust design and fast response time make it ideal for use in automotive, industrial, and telecommunications applications. Thanks to its low leakage current, it can provide reliable and effective protection with minimal power drain.

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