1N6298AHE3_A/C

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TVS Diodes are devices designed to identify and redirect transient current, or surges, away from sensitive components. The 1N6298AHE3_A/C is a discrete transient voltage suppressor (TVS) diode, commonly used for ESD and EOS (electrostatic discharge and electrostatic over voltage) protection. It is specially designed to protect sensitive systems or equipment against electrical overloads and short circuit events.

The 1N6298AHE3_A/C is a silicon avalanche diode with two leads, a anode-cathode. It is able to provide bidirectional protection, as the current flow is not limited while switching from one direction to another. It has a high surge capability, allowing it to manage high pulse currents and vice-versa. The diode has an industry-standard 0.2-inch SOD-323 package or equivalent and is suitable for low-voltage applications.

The 1N6298AHE3_A/C application field has several different uses. It can be used for automotive systems such as airbag deployment, ignition systems, and steering wheel angle sensors, as well as in consumer electronics like smartphones, laptops, and game consoles.

The 1N6298AHE3_A/C working principle relies on its high peak, low off-state leakage, and bidirectional transient voltage suppression. When the voltage across the diode exceeds its breakdown voltage, an avalanche breakdown occurs, providing protection against an electrostatic discharge event. The device also has a reverse bias clamping protection that prevents a second ESD event. When the voltage exceeds the device’s reverse breakdown voltage, the excess current is clamped.

The 1N6298AHE3_A/C is a device designed to shield equipment from electrical damages, and has become an essential piece of equipment in any system. It is a small device, offering superior protection against transient voltages and spikes. It is ideal for use in applications that are exposed to sudden electrical transients.

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