RLZTE-1139C

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RLZTE-1139C is a type of single zener diode that has a wide range of applications and working principles that make it an attractive choice for many occasions. This type of diode is used most often in areas where a high voltage is needed to protect components and provide steady currents.

The RLZTE-1139C’s main operating principle is zener breakdown. This process occurs when the diode is exposed to a higher reverse bias than its reverse-bias breakdown voltage. As a result, the device appears to be “shorted”, with the reverse current flowing through the diode. This breakdown delta is what allows the device to act as a voltage regulator or protection device. The maximum reverse-bias voltage that a diode can handle is proportional to its power rating. As such, the RLZTE-1139C has a maximum ratings of 6.5V, with a power rating of 150 mW.

The RLZTE-1139C is typically used in areas where high voltage, low current, or both are of concern. This device can be used as a voltage regulator in computers, as a protection device in high voltage circuits, as a voltage isolator, or as a source of current in situations that require a steady current source. It can also be used as a basic protection device, in which case it will switch open to prevent overvoltage. The RLZTE-1139C is also suitable to be used in combinational logic circuits.

This type of diode is usually manufactured with glass body material and silver coating. The RLZTE-1139C also features a maximum forward current rating of 2A and a short-circuit current of 1 mA. This device is a popular choice for many applications because of its simple construction and robust design. The device is also capable of handling temperature variations and sudden voltage changes, making it a reliable choice for many applications.

In summary, RLZTE-1139C is a single zener diode that is used in many applications. Its working principle is based on zener breakdown, and it can be used as a voltage regulator, protection device, isolator, and source of current. The device is constructed using glass body material, and it has a maximum forward current rating of 2A and a short-circuit current of 1 mA. This makes it a reliable choice for many applications and is why it is so often used in high voltage and low current applications.

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