BZX84C10_D87Z

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The BZX84C10_D87Z is a Zener diode with an incredibly versatile application field, making it one of the most popular diode models out there. As the latest member of the BZX84C series by Diodes Inc., this diode has come to revolutionize the way we design and build circuits.

This diode is a single, low-power Zener, meaning that it utilises a single device to regulate a certain amount of power. Its key application is in the creation of voltage regulators and voltage reference circuits, with the goal of providing a stable output voltage. It does this by allowing a low amount of current to pass through the device, pushing it to its Zener breakdown voltage – at this point, the voltage will remain constant even when current is increased.

The BZX84C10_D87Z is an example of an axial-leaded diode, meaning that it houses two leads that extend out of the body of the device. These leads are used to attach it to the rest of the circuit and provide the voltage/current inputs and outputs. This makes it suitable for a wide range of applications from consumer electronics to professional engineering projects.

The specific BZX84C10_D87Z model is particularly useful for applications where low power, low noise and stability are of utmost importance. Its Zener voltage is 10 volts with a range of 6.8 to 11.2 volts, making it perfectly suited to regulated low-voltage circuits. Its maximumcurrent and power dissipation are both 300mA, making it suitable for compact, low-power designs and also ensuring it remains safe even in the event of a short circuit. In addition, its temperature coefficient is also incredibly low at 0.02%/°C, meaning that its output voltage will remain relatively stable even in changing temperatures – an important feature for medical, automotive and industrial applications.

The device works by pushing the diode forward, towards its Zener voltage, by allowing the appropriate amount of current to flow. When current starts to pass through the diode, the reverse-biased junction will rapidly reduce the current (due to its high impedance), helping to create the voltage drop from input to output that is necessary for a stable power regulation. The device also utilises a special Zener effect, which occurs when the environmental temperature creates an increase in the voltage drop across the device.

Although its application field may be limited, the BZX84C10_D87Z is an incredibly useful device, providing a safe and reliable voltage reference that is perfect for low-power and low-noise circuits. Its ability to remain stable in changing temperatures and conditions makes it ideal for industrial, medical and automotive applications, and its small size and low power makes it one of the most popular diode models out there.

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