SZMMSZ4696T1G

SZMMSZ4696T1G Application Field and Working Principle

The SZMMSZ4696T1G is a semiconductor device that can be used in electronic components and circuits. It is a Zener diode, which is a type of diode having a v-shaped conducting characteristic, with a breakdown (or zener).

Since the zener voltage is generated by the characteristics of the SZMMSZ4696T1G, the voltage of the circuit connected to the diode can be stably maintained in order to protect other components from electrical damage. This diode is typically used as a voltage regulator or for surge protection.

The SZMMSZ4696T1G has a maximum reverse current of 10mA, which means it can carry up to 10mA of current if the voltage is higher than the breakdown voltage. The diode is made of Silicon, which has a volume resistivity of 1,000 ohm-cm and a temperature coefficient of -2.9mV/°C

The working principle of the SZMMSZ4696T1G is quite simple. When a voltage higher than the breakdown voltage is applied, the Zener region of the diode is activated, allowing a large reverse current to flow, allowing the voltage to be maintained stably and regulating the circuit voltage.

The SZMMSZ4696T1G is a robust and reliable solution for voltage control and protection in a wide variety of applications. It can be used in TV’s, computer monitors and other electronics, as well as industrial equipment, or for high-voltage AC power source.

In conclusion, although the SZMMSZ4696T1G Zener diode is considered to be an inexpensive electronic component, it is essential in protecting other components and offering a stable voltage, thus allowing for a more efficient and safer use of electronics.