TISP4G024L1WR-S

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The TISP4G024L1WR-S is a Thyristor Surge Protection Device (TVS) specifically designed to protect circuits from abnormal spikes in voltage. It is typically used to protect sensitive electronic components such as integrated circuits and power supplies from the irreversible effects of power surges. In addition, it can also provide protection against transient over-voltage, pulse current, over-currents, and electrostatic discharge.

The TISP4G024L1WR-S consists of a four-diode configuration. The center two diodes are connected in series, with each voltage anode driving one of the outer diodes. When a voltage spike is detected, the voltage across the center two diodes increases, causing the outer diode to conduct and the voltage drop across it shortens. When the voltage drop across the outer diode is low enough, the inner diode begins to conduct current, limiting the amount of current that can be added to the circuit. This provides protection against transient over-voltage, pulse current, over-current, and electrostatic discharge.

The TISP4G024L1WR-S is used in a wide range of applications, including automotive electronic circuits, consumer electronics, industrial applications, networking equipment, communications and audio systems. It is typically used to protect sensitive components from power surges resulting from lighting, surge power strips, power spikes, or the startup of heavy equipment. The device can also be used to protect circuits from high voltage transients resulting from induction or capacitive coupling.

The TISP4G024L1WR-S is designed with a robust construction, making it suitable for use in harsh environment applications. It is made with a shielded polyester base with matte black finish, and comes with snap-on mounting clips for easy installation. The device also features a high surge capacity, allowing it to absorb multiple surges without damage to the protected circuit.

The working principle of the TISP4G024L1WR-S is relatively simple. When a voltage spike is detected, the voltage across the center two diodes increases, causing the outer diode to conduct and the voltage drop across it shortens. When the voltage drop across the outer diode is low enough, the inner diode begins to conduct current, limiting the amount of current that can be added to the circuit. This provides protection against transient over-voltage, pulse current, over-current, and electrostatic discharge.

The two outer diodes in the TISP4G024L1WR-S are referred to as Clamping or Zener diodes. This Zener diode will begin to conduct current when the voltage reaches a certain level. This level is referred to as the PIV (Peak Inverse Voltage). The PIV is typically much higher than the operating voltage of the component, making it less likely that the component will experience any damage due to the high voltage spike.

In conclusion, the TISP4G024L1WR-S is a Thyristor Surge Protection Device designed for a wide range of applications. It provides protection against transient over-voltage, pulse current, over-currents, and electrostatic discharge by utilizing a four-diode configuration. The device is robust enough to withstand harsh environments and has a high surge capacity, allowing it to absorb multiple surges without damaging the protected circuits. The working principle of the TISP4G024L1WR-S is relatively simple, and the device is easy to install using snap-on mounting clips.

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