TZX13B-TR

Diodes - Zener - Single

The TZX13B-TR is a single Zener diode typically used to establish a voltage reference by creating a voltage drop. It is available in a choice of voltage ratings, with 4.7V, 10V, 18V and 28V variants. The TZX13B-TR is a small size package, providing a compact solution for voltage regulation.

Application Field

The TZX13B-TR Zener diode is used mainly in circuits requiring a reliable fixed voltage reference, such as voltage regulators and voltage protection circuits. It can also be used in conjunction with other circuits such as DACs, amplifiers and power supplies.

Working Principle

The TZX13B-TR diode operates as a Zener diode, allowing current to flow in both directions. When the voltage across the diode is higher than the threshold voltage, the diode will start conducting current from anode side to cathode side, creating a voltage drop across itself. This is known as Zener Effect. The TZX13B-TR has a reverse breakdown voltage with a specified variation of ±5% from a voltage rating of 4.7V, 10V, 18V, and 28V.

The TZX13B-TR has smallFootprint, providing a compact solution for voltage regulation applications. It provides high precision voltage reference of 4.7V, 10V, 18V and 28V, reducing the complexity of circuits. The diode can be used in conjunction with other circuits such as DACs, amplifiers and power supplies.

The TZX13B-TR has low reverse leakage current and low thermal resistance, meaning it has a better thermal performance. It is available in a choice of packaging options, including industrial surface-mount, through-hole and SMD types. The maximum rated power dissipation is 300mW, making the TZX13B-TR ideal for volume applications.

In conclusion, the TZX13B-TR is a single Zener diode that establishes voltage references, providing a compact solution for voltage regulation. It has a reverse breakdown voltage with a specified variation of ±5% of a range between 4.7V and 28V. It has small footprint, low reverse leakage current, low thermal resistance and a maximum rated power dissipation of 300mW, making it suitable for applications which require a reliable fixed voltage reference.