BZW03C33-TR

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The BZW03C33-TR zener diode series are specifically designed for general purpose applications. This device has a low dynamic impedance, low zener and mirco series resistance to ensure low forward voltage drop and a high power dissipation capability. It is capable of sustaining reverse voltages up to 33V and has a wide range of available forward current ratings up to 7A.

The BZW03C33-TR is an ideal choice for use in many applications such as voltage regulation, power supplies, and other circuit designs requiring controlled and accurate voltage across the device. Its ability to do so is due to its ability of creating a truly ohmic voltage drop while in reverse biased condition.

The BZW03C33-TR is specially designed to offer constant voltage performance in extremely low temperature ranges, making them an ideal choice for low temperature applications. It withstands up to 70°C and has excellent reverse breakdown characteristics. Because of its superior design and high reliability, the BZW03C33-TR is one of the most reliable and popular zener diodes available on the market.

The BZW03C33-TR is also compatible with surface mount technology (SMT). This makes it suitable for use in circuit boards which need to be able to support a wide range of applications. This diode series is available in many different packages and sizes, making them perfect for many different uses.

The working principle of the BZW03C33-TR lies in its ability to generate an ohmic voltage drop when connected in reverse biased condition. Forward biased condition will result in a current flow, though this is highly dependent on the applied voltage. The BZW03C33-TR is designed to have a low dynamic impedance and low zener series resistance to ensure a low forward voltage drop to prevent excessive current flow.

The BZW03C33-TR is designed to offer high stability, repeatability and wide operating temperature ranges. It is able to withstand reverse voltages up to 33V and has a wide range of available current ratings up to 7A. With its superior design, wide operating temperature ranges, high reliability, and low zener series resistance, it is an ideal choice for many applications in the field of power supplies and voltage regulation.

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