TPSMC22AHE3_A/I

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Transil devices, established in 1995, operate in the protection circuits market. As a world leader in this field, the company offers a comprehensive portfolio of products which protect components from transient over voltage such as lightning, electrostatic discharges, electrical charges build-up and power surges. Today, we will discuss the features and capabilities of one of Transil\'s products—the TPSMC22AHE3_A/I, a part of the company\'s TVS-Diodes category.

The TPSMC22AHE3_A/I is an ideal device for protection against overvoltage surges and transients in low output voltage circuits, such as on-chip or off-chip microprocessors, logic circuits, and other low voltage integrated circuits. It has a low clamping voltage of just 22V, ensuring that voltage surges are clamped before they damage these sensitive integrated circuits. Additionally, this device has a very low -capacitance, making it ideal for high-speed signals. It is also mercury free, making it an environmentally-safe option for protection circuits.

As a part of the TVS-Diodes category, this device helps to protect circuits from overvoltage transients. The TVS-Diodes are essentially semiconductor devices that act like Zener diodes. If there is an overload or surge of current, the devices will start to conduct, providing a path to divert the excessive current. However, unlike regular Zener diodes, TVS-Diodes can handle higher voltages and currents, and they can switch on and off much quicker.

The TPSMC22AHE3_A/I has integrated intrinsic bidirectional ESD protection, meaning that the surge is dissipated internally. This device also has superior high-energy surge handling capabilities, ensuring that the transients are diverted efficiently. The device has a 5µA maximum leakage current and a breakdown voltage of 22V.

The TPSMC22AHE3_A/I is an ideal choice for low voltage integrated circuits. It is designed for ESD protection against electrostatic discharge events. Its low capacitance and great surge handling capabilities make it perfect for microprocessors and other sensitive integrated circuits. Additionally, its low leakage current ensures that the circuit is well-protected without sacrificing performance.

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