BZX84C11VLFHT116

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The BZX84C11V LFHT116 is categorized as a single Zener diode, but what can it be used for, and how does it work?

Zener diodes are two-terminal electronic components that can regulate the voltage across a load by stabilizing the voltage at an operational level. The functionality of the diodes primarily relies on the breakdown of electrons when an electrical voltage is applied that is higher than the diode’s breakdown voltage (or "zener voltage"). The zener effect allows the diode to switch between an “off” state and an “on” state.

BZX84C11V LFHT116 is applied in the field of power management. Its rated power is 9 W and it operates with a maximum forward voltage of 1.2V and a reverse voltage of 115V. These parameters provide the BZX84C11V LFHT116 with a variety of applications such as providing a reference voltage for circuits and making precise voltage measurements in digital systems.

In terms of working principle, the BZX84C11V LFHT116 follows an electrical process known as the "avalanche effect" which occurs through an avalanche breakdown process (negative-resistance region). When the reverse voltage of the diode is greater than the Zener voltage, electrons of the diode are accelerated and collide with lattice ions in the material.

The collision creates a large number of electron-hole pairs that result in a large amount of current. This is known as the avalanche breakdown or zener effect; it will continue to draw current until the diode is destroyed.

The BZX84C11V LFHT116 also has a low dynamic resistance which reduces the possibility for unexpected voltage changes. In addition, its high stability means that it can maintain its breakdown voltage within a specified current range (typically 2-15 mA).

Overall, the BZX84C11V LFHT116 is a single Zener diode used in power management and digital systems. It operates via an avalanche breakdown effect and has a low dynamic resistance. As such, it can be used to maintain a steady voltage across a load and produce an accurate reference voltage for circuits.

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