SMAJ24CHE3/61

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TVS-Diodes are important components in any power system design. In order for a power system to continue to function properly, it requires some protection from transient events, such as spikes or surges of energy that could potentially damage or destroy the circuitry. A TVS diode is an electrical component that is specifically designed to protect other components in a power system from these destructive transient events.

The SMAJ24CHE3/61 is an example of a TVS Diode, and is commonly used in many different applications. This short-form version diode is composed of a pair of back-to-back Zener diodes and a common-cathode assembly. It is designed to protect sensitive components from overvoltage and destructive transient events by clamping the voltage and providing a low impedance path to ground. The device can also be used as a switching device in communication, networking, and data processing.

The SMAJ24CHE3/61 is capable of handling transient surges of up to 220A (8X20μs) and has a reverse standoff voltage (VRWM) of 24V. It also has a low capacitance of 3.6pF which makes it ideal for use in high-speed circuit applications. It has a thermal resistance of approximately 10°C/W, and a typical thermal response time of 1ms.

The working principle of the SMAJ24CHE3/61 is quite straightforward. When a transient event such as a voltage or current surge occurs, the diode is triggered and conducts a low-impedance path to ground. This effectively reduces the voltage of any spikes or surges, protecting the other components of the system from being damaged. The low capacitance of this device ensures that it can respond quickly to these events, thus providing a high level of protection for your power system.

The SMAJ24CHE3/61 is a great choice for any power system design, as it is capable of protecting against overvoltage and destructive transient events. Its low capacitance and thermal resistance make it ideal for use in high-speed circuit applications, while its reverse standoff voltage of 24V makes it suitable for a wide variety of applications. With its superior protection capabilities and low cost, the SMAJ24CHE3/61 is an ideal choice for any power system design.

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