CMOZ3V6 TR

The CMOZ3V6 TR is a 3V Zener diode ideal for use in a range of electronic circuits. It is a single diode made with an epitaxial planar construction and has an impressive tolerance forreverse breakdown voltage. It can handle more than 5A at an operating temperature of 25°C, making it the ideal choice for voltage and current regulation tasks in many applications.

The CMOZ3V6 TR is able to deliver a wide range of benefits when used in tranmision and reception applications. Its low forward voltage drop gives it higher efficiency and lower losses when used in these applications. Additionally, its highly stable breakdown voltage ensures robust compliance with standards for various types of circuits, such as communication systems, protection circuits, and interface cables. With a maximum temperature coefficient of 0.3% per °C, the CMOZ3V6 TR can also be used effectively in radar and telecommunications too.

But it’s not just transmission and reception applications where the CMOZ3V6 TR excels. It can also be a great choice for overvoltage protection purposes, thanks to its low breakdown voltage, low power dissipation, and low thermal resistance. It has also earned a reputation as a good, cost-effective choice for surge protection.

The working principle of the CMOZ3V6 TR can be summarised in a few steps. When it is placed in a circuit and a positive voltage is applied across the diode, it begins to conduct current from the anode to cathode connection. If the voltage level at the anode is higher than that across the diode, it will begin to conduct current in the reverse direction. As the voltage across the diode increases, the current conducted across the diode also increases before it reaches the breakdown voltage. At this point, current begins to flow in the reverse direction and the voltage across the diode remains constant, ensuring reliable, long-term regulation of the circuit.

Overall, the CMOZ3V6 TR is a reliable and cost-effective solution for voltage and current regulation tasks in a wide range of applications, from switch-mode power supply (SMPS) designs to power factor correction (PFC) and light emitting diode (LED) lighting. It’s also suitable for safety applications, thanks to its low breakdown voltage, low thermal resistance, and low power dissipation.