KDZLVTFTR75 Discrete Semiconductor Products

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Diodes are used in circuit designs to control electric current. Specifically, a Zener single diode, such as KDZLVTFTR75, is used to regulate a circuit\'s voltage. In this article, we will look at the KDZLVTFTR75’s application field, as well as its working principle.

KDZLVTFTR75 Application Field

KDZLVTFTR75 is designed for use in general purpose applications where a low voltage reference diode is required. It is capable of withstanding up to 45V of reverse voltage and provides high temperature stability. It is also capable of providing low temperature coefficient which is beneficial in applications that require precise voltage control. This diode is commonly used in voltage regulator circuits as well as in analog and digital electronics.

KDZLVTFTR75 is also used in power supplies, battery chargers, and motors. It can be used in a wide range of industrial and consumer applications, such as telecommunication equipment, gaming machines, home appliances, instrumentation, and automotive systems. It can provide reverse voltage protection and regulation for high power circuits.

KDZLVTFTR75 Working Principle

KDZLVTFTR75 works by using a Zener breakdown mechanism which is commonly seen in semiconductor diodes, allowing current to flow both forward and reverse. A Zener single diode was designed to collapse under a certain voltage and act as a controlled resistor, allowing current flow to continue flowing through the device. This is different from a regular diode which is designed to prevent all current from flowing through the device when a certain voltage is reached.

KDZLVTFTR75 contains a Zener effect region in its PN junction which is responsible for the breakdown voltage that is seen when the diode is exposed to an electric field. When the applied electric field reaches a certain threshold, the diode will become “weak” and an avalanche of electrons will occur in the junction, this phenomenon is known as the Zener breakdown. This will move an amount of current through the diode in a direction reverse to that of the applied bias, causing a reduction in the overall voltage seen by the connected circuits.

KDZLVTFTR75 has excellent temperature stability and can provide a reliable and precise voltage reference for a wide range of applications, due to its predictable breakdown voltage behavior. Furthermore, it allows for excellent current shock protection, making it a useful and reliable device for powering many circuits.

Conclusion

KDZLVTFTR75 is a single Zener diode designed for use in general purpose applications where low voltage references and reverse voltage protection are needed. It has good temperature stability with a predictable breakdown voltage, as well as excellent current shock protection. KDZLVTFTR75 can be used in power supplies, battery chargers, motors, telecommunication equipment, gaming machines, home appliances, and automotive systems.

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