BZX84C10-TP

Diodes - Zener - Single

The BZX84C10-TP is an ultra-fast Zener diode with a low voltage rating of 10 volts. It is typically used in applications requiring voltage stabilization. The device has a high power dissipation rating of 500 mW and works by clamping the energized lines in order to prevent any overvoltage.

The key performance of the BZX84C10-TP includes a maximum reverse current of 1 mA, a zener breakdown voltage of 10 V, a reverse recovery time of 1.8 ns, and a reverse bias avalanche current of 1 mA. In addition, it features fast switching speeds, low power dissipation, and high frequency operation.

The BZX84C10-TP is a general-purpose diode, suitable for use in circuits that require instantaneous, relatively low-power switching applications due to its high frequency operation, low reverse current, and clamping capability. Furthermore, the device combined with a resistor can provide a voltage regulator in applications that require voltage stability.

When the applied reverse voltage is below 10V, the Zener diode operates as a normal diode, where electrons flow from the anode to the cathode. For voltages above 10V, the avalanche effect begins and the diode becomes a Zener diode, allowing the electrons to flow from the cathode to the anode. This current is referred to as the Zener current. The diode then keeps the voltage across the diode constant, or regulated, by diverting current from the external circuit into the Zener region.

The BZX84C10-TP can be used in a variety of electronic circuits, ranging from power supplies and voltage regulators to a variety of low-power applications. The device is an important component in many systems and circuits because it provides an important function necessary to stabilize the voltage in the system.

The device has a maximum reverse voltage of 10 V and a power dissipation rating of 500 mW. It also has a reverse recovery time of 1.8 ns and a breakdown voltage of 10 V. Furthermore, the device is capable of operating at a high frequency and at a low power, making it highly suitable for low power switching applications.