M1.5KE62CA

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TVS (Transient Voltage Suppressor) diodes have become commonplace components in electrical systems, from computers and other consumer electronic products to the ever-present surge protector and voltage regulator. The M1.5KE62CA Transient Voltage Suppressor Diode is a bidirectional diode that has been designed to offer superior protection from surges in voltage. This article will discuss the application field and working principles of the M1.5KE62CA Transient Voltage Suppressor Diode.

The main application of the M1.5KE62CA is to protect sensitive digital or analog circuitry from voltage transients (also known as voltage spikes). Voltage transients can be caused by electrical abnormalities such as lightning strikes, ESD (electrostatic discharge), electrical noise, or power surges in the system. The M1.5KE62CA has been designed to be used in applications that require protection from transient voltage spikes of up to 28 V. It is also capable of handling up to 15 A of current.

The M1.5KE62CA provides protection against voltage transients in two ways: its integrated stand-off voltage and its clamping voltage. In the event that a transient voltage spike exceeds the stand-off voltage (maximum allowable voltage for normal operation of the device) of the device, the diode will act as a resistor and divert the current away from the circuit, thus protecting the device from damage or destruction. In the event that the rising voltage spike exceeds the clamping voltage (maximum voltage the diode can handle), the diode will clamp the voltage for a short period of time, thus preventing further damage to the circuit.

The M1.5KE62CA utilizes a special technology called the “avalanche effect.” In the event of a voltage transient, the diode’s anode breaks down in an event known as “avalanching.” As electrons start to move, the diode’s current increases dramatically ( quickly ) , causing a predictable and consistent clamping action. This results in a predictable and consistent voltage clamp in most applications. The avalanche effect also reduces ESD sensitivity by providing a steady-state junction voltage, since the avalanche breakdown will occur before an ESD impulse can .

The M1.5KE62CA Transient Voltage Suppressor Diode is a versatile and reliable diode for protecting circuits from voltage transients. This device combines the stand-off voltage and avalanche effect to provide reliable protection from surges in voltage. Its primary application is in computer and electrical systems where it can provide efficient protection from voltage transients and ESD. The diode can also be used as a circuit breaker in devices that require higher levels of protection.

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