LT T673-P2Q2-34-0-10-R18-Z

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The LT T673-P2Q2-34-0-10-R18-Z is an LED Indication - Discrete product used to provide output indication for various applications like solar energy meter and voltage regulators. It has a good impact resistance, long lifespan, and good EMI shielding. This article discusses the application field and working principle of this product.

Application Field

The LT T673-P2Q2-34-0-10-R18-Z is usually used for various applications like solar energy meters, voltage-regulator circuits, and power-distribution boards. It provides efficient output indication for solar energy meters, enabling users to easily access the charging status. It is also commonly used as an indicator of over-voltage protection in voltage-regulator circuits. In addition, it is also utilized in power-distribution boards as a display of current status.

Working Principle

The LT T673-P2Q2-34-0-10-R18-Z uses alternating current (AC) to generate green light output. It has an integrated light emitting diode (LED), which is activated when the connected electrical current comes into contact with the terminals. When voltage is connected to the terminals, the main current in the AC circuit is converted into low-voltage direct current (DC) by the rectifier. Then, this current passes through the LED, which produces green light, indicating the output status.

Furthermore, this device is designed to withstand distortion in the power supply. It can handle some degree of over-voltage and remains functional even with a wide range of supply voltages and varying current intensity. In addition, it has excellent electromagnetic interference (EMI) shielding capability, allowing it to block interference from neighboring electrical appliances.

Conclusion

The LT T673-P2Q2-34-0-10-R18-Z is an LED Indication - Discrete product that has a good impact resistance, long lifespan, and excellent EMI shielding capability. It is widely used to provide efficient output indication for solar energy meters, voltage regulators, and power-distribution boards. Its working principle is based on the alternating current (AC) and low-voltage direct current (DC) in its circuit, which activate the light emitting diode (LED) and cause it to emit green light.

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