BZX84C10LT3G

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The BZX84C10LT3G diode is a single voltage zener diode which is widely used in applications that require regulating and stabilizing electrical circuits with low voltages. It is a robust, low-cost device that can be easily integrated into a variety of electrical systems.

The BZX84C10LT3G features a wide operating temperature range of -55°C to +125°C, a maximum voltage of 10 volts, a current of 1.2 mA, and a maximum power dissipation of 250 mW. It is designed to remain stable in the presence of large input voltage fluctuations and deliver a consistent output current and voltage. The diode is housed in a small SOT-23 package, making it ideal for use in small spaces and constrained applications.

The working principle of the BZX84C10LT3G is as straight forward as its applications. The device operates by using a reverse-biased voltage applied to two parallel plates within the diode. The larger plate is called the anode and the smaller plate is called the cathode. The application of a reverse-biased voltage causes a depletion region to form across the two plates which causes a voltage drop across the parallel terminals. This voltage drop prevents the current from flowing through the diode, preventing it from becoming fully reverse-biased. When the forward-biased voltage is applied at the anode, the diode is triggered, allowing for current to flow in one direction.

When the applied voltage reaches the saturation value, the diode saturates, resulting in a current flow that is proportional to the applied voltage. The diode is then said to be in the reverse-biased mode and a voltage drop across the terminals remains, preventing excessive heated build up. This operational strategy makes the device ideal for stabilizing or regulating small electrical circuits with low voltages.

The BZX84C10LT3G is a versatile and widely used single voltage zener diode that can be used in a variety of applications. It is a robust, low-cost device that is designed to remain stable in the presence of large input voltage fluctuations and deliver a consistent output current and voltage. The diode operates by using a reverse-biased voltage applied to two parallel plates within the diode, resulting in a voltage drop across the terminals that prevents the current from flowing through the diode. This operational strategy makes the device ideal for applications that require regulating and stabilizing electrical circuits with low voltages.

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