3EZ16D5E3/TR12

The 3EZ16D5E3/TR12 is a single Zener diode, primarily used in electronic circuits. It is a component that allows current to flow in only one direction, while blocking current in the other direction, and contains multiple layers inside its chip.

The component is typically used to regulate voltage and protect circuits from overvoltage. It does this by conducting in the forward direction when the voltage reaches a specific, predetermined level. This then allows the circuit to be protected from further over-voltage conditions, reducing the risk of electrical damage or component failure.

The 3EZ16D5E3/TR12 component is technically a low-power, low-voltage device designed for use in general-purpose circuits. It has a very low maximum power dissipation and is able to withstand a voltage of up to 5.6 volts. The component also has a breakdown voltage of 8.2 volts and a total tolerance of ± 5%. It has a reverse voltage of 5 volts and a forward current of 100mA.

One of the primary applications of this component is in the powering of electronic circuits. It is typically used in power supplies or as a regulator, where it limits the amount of current entering the circuit and prevents the circuit from becoming overloaded. Other applications include the protection of voltage-sensitive components, such as transistors or integrated circuits, or the development of voltage-controlled switches.

The working principle of the 3EZ16D5E3/TR12 component is quite simple. When the voltage is below the breakdown voltage, the component acts as a normal open circuit, allowing current to flow in only one direction. However, when the voltage exceeds the breakdown voltage, the component becomes an electrically conductive device, enabling current to flow in both directions.

Thanks to its low power consumption and high zener voltage, the 3EZ16D5E3/TR12 component is an efficient and affordable solution for managing the voltage in a wide variety of electronic circuits. It is a reliable component that can help protect circuits from over-voltage damage and ensure that they continue to operate correctly.