DL5266B-TP

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The DL5266B-TP is categorized as a single Zener diode, a type of diode that is specially designed to conduct electricity in one direction and to protect against voltage overloads in the direction. It is commonly used for electronic protection and voltage regulation.

The DL5266B-TP has a working voltage of 18V, a maximum reverse current of 5mA, and a power rating of 200mW. The diode is able to withstand high reverse working voltages up to a maximum of 18V. It is made up of industrial-grade silicon and has an average junction temperature of -65°C. The thermal resistance of the diode is 470°C/W which makes it suitable for applications with high temperatures.

When exposed to voltage, the diode acts like a one-way switch and conducts electricity from one side to the other. Any voltage higher than the diode\'s working voltage will not be able to flow back the other way. This makes the DL5266B-TP an ideal protection element from voltage overloads in the direction. Besides, it is also often used for voltage regulation. This is done by controlling the amount of current that flows through a circuit and keeping it within safe levels.

The DL5266B-TP is widely used in a variety of fields across the electronics industry. It is commonly used in automotive applications where it can be used to protect electrical systems from high voltage overloads. It is also widely used in telecommunications, computers, and consumer electronics like cell phones, TVs, and audio systems. Additionally, it is also used in consumer-grade appliances (such as toasters and microwaves) to ensure that the current flowing through the system is kept within safe levels.

Overall, the DL5266B-TP is a reliable diode with many practical applications. Its ability to conduct electricity in one direction and protect against voltage overloads make it an ideal option for a variety of electronics applications. It is also capable of enduring high reverse working voltages and has a very high thermal resistance, allowing it to be used in high-temperature environments.

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