PDZVTR24B

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The PDZVTR24B is a single, through-hole zener diode designed primarily for voltage regulation applications. It is designed to operate over a wide range of environmental conditions. The PDZVTR24B also features reverse surge capabilities, making it well-suited for a variety of applications, including over- and under-voltage protection.

The PDZVTR24B has an avalanche rating of 24V, allowing it to stand up to higher voltages and current surges with remarkable performance. Additionally, its low capacitance and relatively low resistance make it an excellent choice for use in low-noise applications.

The PDZVTR24B has a maximum forward current rating of 3.0A, meaning it can handle large surges without risk of permanent damage. Furthermore, its high power dissipation rating of 5W makes it a great choice for applications with relatively high power requirements.

The working principle of the PDZVTR24B is based on the Zener effect. When the Zener diode is reverse biased, the generated electric field induces a large potential of the depletion region, meaning electrons going through the depletion region start to gain energy from the electric field and escape from the depletion region. This boosts the concentration of holes in the depletion region and causes the voltage to rise above the Zener breakdown voltage. This allows the PDZVTR24B to provide a steady and reliable voltage regulation.

The PDZVTR24B is an excellent choice for voltage regulation applications due to its low capacitance and high power dissipation rating. It is also ideal for applications with frequent surge and over-voltage protection requirements, thanks to its reverse surge up to 24V. Furthermore, the high voltage and current limits of the PDZVTR24B allow it to successfully handle high power signals without permanent damage or instability.

In conclusion, the PDZVTR24B single zener diode is a reliable, efficient, and cost effective solution for a wide range of voltage regulation applications. Its low capacitance, high surge protection, and high power dissipation make it perfect for use in a variety of settings, from industrial automation and communication systems to consumer electronics.

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