SMBJ5381BE3/TR13

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SMBJ5381BE3/TR13 is a single, highly reliable Zener diode which is widely used across the industry. It is typically used in high-frequency applications such as battery protection, switching regulators and transient suppression. The SMBJ5381BE3/TR13 has an operating voltage range of 5.25 V to 5.8 V, a maximum reverse voltage of 5.7 V, and an operating temperature range of -65˚C to 175˚C.

The SMBJ5381BE3/TR13 is a very robust and efficient device. It is constructed using a high-quality silicon material to ensure reliable performance and stability. It also features an internally-trimmed integrated structure with a metal-oxide semiconductor trench diode for superior beam hardening capability. Additionally, the SMBJ5381BE3/TR13 has a wide frequency range of up to 200 kHz, enabling it to be used in high-frequency applications.

The SMBJ5381BE3/TR13 is designed to offer superior protection from overvoltage conditions, by clamping the voltage across its terminals to a specified level. When the voltage across the diode’s terminals exceeds the Zener voltage, the diode will start to conduct, effectively limiting the current in the circuit. This clamped voltage is called the Zener voltage and is determined by the device’s breakdown voltage.

The SMBJ5381BE3/TR13 is also designed to have low reverse leakage current, allowing it to operate reliably even in high-voltage applications. This device also features a built-in thermal overload protection circuit which helps prevent it from overheating. It has an average forward current rating of 28 mA and an average reverse current rating of 10 μA. This device is also designed for low distortion, low noise operation, and low power consumption.

In summary, the SMBJ5381BE3/TR13 is a highly reliable, robust Zener diode suitable for a variety of high-frequency applications. It is designed to offer reliable protection from overvoltage conditions, and its wide frequency range, low reverse leakage current, and low power consumption make it an ideal choice for battery protection, switching regulators, and transient suppression. These features also make it a great choice for any high-frequency application where efficient and reliable protection is needed.

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