CLL4758A TR

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Diodes are essential components of any electronic circuit. They allow electric current to flow in one direction, while blocking current from flowing in the opposite direction. Among the most important types of diodes is the Zener diode, which can be used to regulate and provide a consistent amount of voltage. The CLL4758A TR diode is one of the most popular Zener diodes on the market today.

The CLL4758A TR is often used in applications that require precision voltage regulation and reliable operation. It is especially useful in circuits where low output impedance is desired, because the CLL4758A TR has a very low on-state resistance of approximately 40 ohms.

The CLL4758A TR is also beneficial in applications where there is a requirement for a stable output voltage. This is because the CLL4758A TR is a three-terminal device, which means that its output voltage is largely unaffected by variations in the output load or power supply voltage.

The CLL4758A TR is usually used as a voltage regulator, meaning that it can be used to regulate and limit voltage to a specified level. It works by allowing current to flow in one direction as long as the circuit\'s input voltage does not exceed the Zener\'s stated breakdown voltage. Once the circuit\'s input voltage has reached the Zener\'s breakdown voltage, current begins to flow in the opposite direction, which stabilizes the output voltage at the breakdown voltage.

The CLL4758A TR is available in several different packages and configurations, which allows it to be used in a wide variety of electronic circuits. The CLL4758A TR can be purchased as a single diode, in a dual diode configuration, or as a set of three diodes, allowing for easy connection to the circuit.

The CLL4758A TR is a cost-effective and reliable Zener diode for various applications. Its relatively low cost and low on-state resistance make it suitable for applications that require precise voltage regulation. Additionally, its three-terminal construction ensures that the circuit\'s output voltage is largely unaffected by variations in the output load or power supply voltage.

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