1PGSMA110Z M2G

Zener diodes are widely used in a variety of applications and the 1PGSMA110Z M2G is a particularly useful component in certain electrical and electronic devices. The purpose of this article is to provide information about the application field and working principle of this Zener diode.

The 1PGSMA110Z M2G is a Zener diode that has a breakdown voltage of 11V and a current capacity of 350mA. It is a component that is used in protection and voltage regulation circuitry, where it can be used to prevent excessive current flow through circuits and components.

The diode\'s breakdown voltage is the voltage at which it will start conducting current. The voltage must reach a certain level before the diode begins to conduct. This is why it is used in voltage regulation applications; by dissipating the excess power, the diode helps to keep the voltage at a predetermined level. Therefore, it is able to protect components which are sensitive to overvoltage conditions.

The reverse breakdown voltage of the 1PGSMA110Z M2G is 11V, and the diode\'s maximum current capacity is 350mA. Its operational temperature range is from -55°C to +150°C. It is a low power consumption device, and it is suitable for use in both surface mount and through-hole applications.

The working principle of the 1PGSMA110Z M2G Zener diode is similar to that of any other Zener diode. When a voltage greater than the diode\'s breakdown voltage is applied to the diode, it begins to conduct current in the reverse direction. This current is limited to the maximum current capacity of the diode. Any excess current that would be harmful to other components is dissipated by the diode.

In summary, the 1PGSMA110Z M2G is a Zener diode with a breakdown voltage of 11V and a current capacity of 350mA. It can be used in protection and voltage regulation circuitry, where it helps to protect sensitive components from overvoltage conditions. The working principle of the diode is similar to that of any other Zener diode; it begins to conduct current when a voltage greater than the diode\'s breakdown voltage is applied to it and dissipates any excess current.