MAP5KE26CAE3

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Introduction to MAP5KE26CAE3 TVS - Diodes

MAP5KE26CAE3 is a type of transient voltage suppression (TVS) diode, mainly used in the field of electronics. It is a component of electronic circuit that processes electricity and works to protect electrically connected devices from any surge of current. Under normal operating conditions, MAP5KE26CAE3 would function as a normal diode, allowing current to flow through it in one direction. When a surge of current goes through it, the MAP5KE26CAE3 activates and works to reduce the amount of transient energy and thus protect connected components.

Application Field for MAP5KE26CAE3 TVS - Diodes

MAP5KE26CAE3 TVS - Diodes are mainly used as protection for devices in the consumer, industrial, and automotive applications. Consumer applications include power supplies, computers and home appliances. In industrial applications, these TVS-Diodes are used for power distribution, uninterruptible power supplies, and motor control circuits. As for automotive applications, these diodes are used in ignition lock circuits and data buses.

Working Principle of MAP5KE26CAE3 TVS - Diodes

MAP5KE26CAE3 TVS-Diodes are designed to act as a bidirectional protection device. It contains different layers of glued, thin-film metal-oxide layers that provide a capacity for clamped voltages during a surge. Normal operation of this diode involves signal conduction and blockeage of voltage in either direction. When a surge is detected, the metal-oxide layers breaks down allowing the current to flow, and when the surge is gone, the TVS-Diode regains its normal state.

The MAP5KE26CAE3 also features low capacitance and low clamping voltage, which makes it useful in high-speed data line protection circuits. It can also handle up to 5KA rated surge and can sustain reverse current up to 5V. Additionally, it has very low leakage current and is able to withstand reverse voltage up to 15V.

Conclusion

MAP5KE26CAE3 TVS - Diodes are designed to protect devices against any surge of current and voltage, which makes it ideal for applications in consumer, automotive, and industrial fields. It features a low capacitance and low clamping voltage, and is able to handle up to 5KA rated surge. The metal-oxide layers within the component breaks down to allow the current to flow when a surge is detected, and regains its normal state when the surge is gone.

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