CMOZ47L TR

The CMOZ47L TR is a single Zener diode developed for protection applications. It is designed to withstand high voltages and currents, while preventing overvoltage or reverse bias events. The CMOZ47L TR is a low-cost diode with excellent electrical characteristics and a long lifetime.

The CMOZ47L TR is well suited for telecom and other infrastructure applications that require continuous protection against overvoltage or reverse bias conditions. It provides protection against DC, AC, or transient voltages and currents. The device is capable of handling voltages up to 46 Volts, and currents up to 5 Amps.

Its typical applications are for peak surge and transient voltage protection, as well as for circuit protection. It can be used in a wide range of applications, such as automotive electronics, computer systems, monitoring and control equipment, alarm systems, and instrumentation.

The CMOZ47L TR has a reverse breakdown voltage of 47 V, with a maximum Zener pulse voltage of 40 V. Its maximum power dissipation is 500 mW, and its junction temperature can reach 125°C. Its forward voltage drop is around 0.75 V. Its reverse current leakage is 0.001 mA at 25°C.

The CMOZ47L TR is a surface mounted device and is available in an SOD-70 package with a variety of termination options. It comes with an on-chip protection circuitry that provides protection against overvoltage, overload, and reverse biasing. The device can also be used with a variety of external components, such as bypass capacitors, resistors, and fuses, to provide additional protection.

The CMOZ47L TR works on the principle of reverse breakdown voltage. It does not require an external circuit for protection, as it is self-contained. When the circuit voltage exceeds the device’s reverse breakdown voltage, the device will conduct and divert the excess current away from the protected components. The device also provides protection against transient surges and overvoltage events.

The CMOZ47L TR is a cost-effective and reliable solution for protection against overvoltage or reverse-bias conditions. It is a highly reliable device and can withstand high voltages and currents without being damaged. It is an ideal solution for a variety of telecom, monitoring and control systems, and instrumentation applications.