CLL5250B TR

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The CLL5250B TR is a single Zener diode used mainly in voltage regulation applications. It is a versatile device, providing high current handling capability and a low forward voltage drop. The CLL5250B is an ideal choice for most applications requiring efficient, economical and reliable voltage regulation.

The CLL5250B TR is a purely tungsten dopant (TD) series device with a rated power dissipation of 2 watts. This 2 watts rating makes it suitable for manyp applications that require low voltage but high current ratings. The CLL5250B can be used in a multitude of circuits, from power supply circuits to RF amplifiers and other linear circuits, providing efficient and reliable voltage regulation. The rated forward voltage drop of the CLL5250B TR is 0.35 volts and its maximum reverse voltage rating is 30 volts. This 30 volts rating makes it suitable for a wide range of applications, from high-efficiency dc-dc converters to automotive applications which require a low voltage drop.

In addition to its excellent power dissipation capability, the CLL5250B TR is designed with a high surge current rating and a low temperature coefficient to ensure stable operation in a wide range of operating conditions. It also features a high power-rating which enables it to handle large transient currents. The device can also be used in SMPS circuits to provide high current handling and a low forward voltage drop.

The CLL5250B TR can also be used in series with two other zener diodes to provide a fully regulated output voltage. This makes the device especially suitable for applications that require a fully regulated output voltage. The CLL5250B TR is also designed with a wide temperature range and can be used in temperatures ranging from -55°C to +150°C.

The working principle of a Zener diode is based on the Zener effect, which occurs when the reverse voltage of a diode is applied. In this effect, the reverse voltage causes the electric field of the diode’s junction to exceed its dielectric strength, resulting in a current flowing through the diode. This current is proportional to the magnitude of the reverse voltage applied. The CLL5250B TR utilises this effect to regulate the output voltage when a reverse voltage is applied to it.

When used in series with two other zener diodes to provide a fully regulated output voltage, the CLL5250B TR works by controlling the average voltage across all three zener diodes. This is achieved by controlling the current through each one of the diodes individually. When the reverse voltage is less than the breakdown voltage of a given diode, the voltage across it is controlled and the average voltage across all three diodes is regulated.

The CLL5250B TR is a reliable and efficient device that is suitable for many different applications, providing efficient and reliable voltage regulation. Its low forward voltage drop, high power-handling capacity and wide temperature range make it an ideal choice for all types of voltage regulation applications.

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