SL1411A230SM

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Gas Discharge Tube Arresters (GDT) are a class of dynamic electric components used to protect sensitive equipment from voltage surges due to lightning strikes, electrical faults, or other transient electrical events. GDTs are commonly used in telecommunications, consumer electronics, and industrial applications where they provide transient overvoltage protection. GDTs are similar in function to spark gaps, which are primarily used to protect electrical power systems.The SL1411A230SM is an example of a GDT that is used in a variety of applications. It is a three-electrode GDT designed for use in very low-power sensing and control circuits, with a threshold voltage of 5V and a peak current capability of up to 17A. The SL1411A230SM is constructed from a polycarbonate tube filled with a noble gas, typically argon gas, sealed at both ends with a wire electrode extending along the length of the GDT. When the voltage across the GDT exceeds the breakdown voltage, a dielectric breakdown of the gas occurs and the GDT conducts current for a period of time until the pressure of the arc reduces and the GDT re-isolates itself.The SL1411A230SM is designed for use in very low-power applications, such as automotive and industrial control systems where it can be used to protect wiring, switches, contacts, and related circuitry from fast-rising transients caused by arcing fault conditions, including those arising from lightning and electrostatic discharges. It can also be used in consumer electronics, such as home entertainment systems, to protect sensitive components from electrical transients.The SL1411A230SM also has a low capacitance, high dynamic dV/dt, and low leakage current, making it ideal for use in high-speed data communications systems where it can be used to protect Ethernet, USB, and other low-voltage data lines from fast-rising voltage transients that could otherwise disrupt communications.In high-power applications, such as motor control and power distribution systems, the SL1411A230SM is used to protect circuits, wiring, and related components from damage due to lightning strikes and other transient power events. Additionally, the SL1411A230SM can also be used in high-voltage applications, such as HVAC, due to its high breakdown voltage and peak current capability.The SL1411A230SM is a simple, effective, and efficient method of protecting sensitive circuitry from transient voltage events. It effectively conducts high-current transients away from the protected circuitry, while simultaneously limiting the voltage to a safe level. The GDT re-isolates itself after an over-voltage event, ready to protect the circuit again if required.The SL1411A230SM is an example of a robust, reliable, and cost-effective GDT designed for use in a wide range of applications. By combining high electrical performance, low capacitance, and high peak current ratings, the SL1411A230SM can be used to protect a variety of sensitive components from transient voltage events in a variety of different applications.

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