GM1JJ35200AE Optoelectronics

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LED indication provides an efficient and reliable of indication in electronic signals and alarms. LEDs allow users to diagnose problems quickly, as they can be seen more clearly than other signals due to their high brightness. Discrete LED indication: The GM1JJ35200AE is a type of discrete LED indication that is widely used.

Application Field of GM1JJ35200AE

The GM1JJ35200AE is a small-sized LEDV for industrial applications. It is designed for direct mounting on PCBs via through hole holes or surface mounting, and is used as an indication for visibility in a wide range of applications, from medical and industrial equipment to power supplies, automotive instrumentation, and communications systems. The GM1JJ35200AE is designed for direct current or alternating current of up to 15V, is available in a wide range of colors, and provides a bright and uniform light output.

Working Principle of the GM1JJ35200AE

The GM1JJ35200AE works on the principle of LED electroluminescence. This is the process in which light is generated when an electric current passes through a semiconductor material. This light is emitted as photons, which is what enables the LED to be seen. The GM1JJ35200AE is essentially a tiny semiconductor with two pieces of metalized material. As the current flows between these metal elements, electron holes bridge the gap and emit light. The light intensity is proportional to the amount of current which is supplied to the device.

The main components of the GM1JJ35200AE are a thermally conductive metal substrate, a dielectric layer, a plating layer, a contact layer, and lead wire. The dielectric layer helps to provide electrical insulation and the plating layer helps to ensure contact between the contact layer and the substrate. The contact layer allows current to flow through the contact wire and the LED. This contact layer is made of a material which is thermally conductive such as nickel or silver.

The GM1JJ35200AE also features a built-in switch which allows the LED to be activated or deactivated by applying a voltage pulse to the lead wire. This feature can be used to control the LED from a remote source. The LED can be set to turn on when the input voltage is applied, or to stay on or off based on the level of the input voltage.

Conclusion

The GM1JJ35200AE is a type of discrete LED indicating element which has multiple applications in industrial, automotive and communication systems. It has a small form factor, is available in a range of colors, and is capable of withstanding current levels up to 15V. It has a built-in switch which allows it to be activated or deactivated by applying a voltage pulse. It works on the principle of LED electroluminescence, with current flowing between two metalized pieces of semiconductor to bridge electron holes and emit light.

The specific data is subject to PDF, and the above content is for reference