BZX79-C6V8,113 Discrete Semiconductor Products

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The BZX79-C6V8,113 is one of the many single Zener diodes available on the market. It is used to accomplish a unique and specific electric current controlling or regulating purpose. This diode has a variety of applications and works according to one specific single principle.

Zener diodes are most often used for voltage regulation, in which case they are connected in reverse bias across a load, with their cathodes connected to the more positive side. If the applied voltage rises too high, the Zener diode begins to conduct, causing some of the excess voltage to be dropped across it, thereby preventing the voltage from rising too high. This ensures that the voltage across the load does not exceed a specific value.

Aside from being used for voltage regulation, Zener diodes also have a number of other applications. They are found in voltage reference circuits, surge protectors, spike suppressors, peak detectors, and many other electronic devices. In each case, Zener diodes work according to their unique and highly effective single principle: maintain a specific voltage level regardless of input voltage or load fluctuation.

The BZX79-C6V8,113, like all other single Zener diodes, works according to the same basic principle. The principle is this: when a voltage is applied to the diode in reverse bias, there will be a point at which the diode begins to conduct, even though in general it is a non-conductor. This point is known as the “knee” or “Zener voltage”, and is the reverse breakdown voltage at which the diode begins to conduct.

Under standard conditions, the BZX79-C6V8,113 has a Zener voltage of 6.8 volts, meaning that when 6.8 volts is applied in reverse bias, the diode will begin to conduct, and voltage drop across the diode will begin to increase. This process continues until the reverse current reaches a certain level (the maximum reverse current). At this point, the voltage drop across the diode levels off and becomes constant, resulting in a stable voltage across the load, regardless of fluctuations in the input or load.

The Zener voltage of a diode is controlled by two parameters, the reverse breakdown voltage and the junction temperature of the diode. As the temperature increases, the Zener voltage will decrease, movement in the opposite direction is also true. The BZX79-C6V8,113 can effectively regulate a voltage up to 2.2 volts above its Zener voltage, making it an ideal choice for a variety of applications.

In conclusion, the BZX79-C6V8,113 is a single Zener diode which is typically used for voltage regulation. It is a highly effective device and works according to its single principle: maintain a specific voltage level regardless of input voltage or load fluctuation. As such, the BZX79-C6V8,113 is a very reliable and useful diode with a wide range of applications.

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