CLM3C-WKW-CXAYA453

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LED indications are versatile and cost-effective form of signalling and are seen in everyday products such as indicators on TV remote controls, display screens in digital devices and various other applications. CLM3C-WKW-CXAYA453 is a discrete LED indicator developed by ComgLight with several advantages over conventional LED indicators. This article will provide an insight into the application field and working principle of the CLM3C-WKW-CXAYA453.

The CLM3C-WKW-CXAYA453 indicator is an upgrade of the traditional discrete indicator design and is designed to meet various requirements for brightness, clarity, performance and longevity. Comparing with traditional indicators, the CLM3C-WKW-CXAYA453 has several key features:

• Full Canbus compatible - can be used in a variety of systems no matter the required voltage level.
• Wide operating temperature range - can be used in environments up to a temperature of +85°C.
• Robust construction - the LED is sealed with a durable polycarbonate material.
• Quality finish – available in white or blue luminaries.
• High visibility - the luminaries offer a wide viewing angle.
• Simple installation – the pre-wired LED requires no extra components.

The CLM3C-WKW-CXAYA453 indicator is extremely popular in applications such as automotive and industrial where precision and robustness is essential. In automotive, for example, the LED indicator is used in dashboard signalling, rear parking assist devices, HVAC controls, gear indicator systems and gearshift combination locks, brake indicators and door open indicators. In the industrial sector, the LED is used in machinery monitoring, safety controls and process monitoring, as well as a variety of other indication purposes.

The working principle of the CLM3C-WKW-CXAYA453 indicator is simple in comparison to conventional discrete LEDs. The indicator works through the use of a simple two-stage switching circuit. This circuit consists of two MOSFETs (metal-oxide-semiconductor field-effect transistors) connected in series. The first MOSFET is used to control the current and the second is used to provide over-current protection.

The current from the MOSFET is then fed through a resistor, which serves to limit the current and maintain a steady, uniform output. The current is then routed to a second MOSFET, which is used to switch the LED on or off based on the voltage received. This two stage switching circuit ensures reliable and consistent operation of the LED indicator over a wide range of input voltages.

In conclusion, the CLM3C-WKW-CXAYA453 LED indicator is a robust and cost-effective solution for various indication purposes. It is used in applications ranging from the automotive industry to the industrial sector, providing reliable performance and robust construction with a range of features designed to protect the LED and ensure a uniform, consistent output. The simplicity of its two-stage switching circuit makes it a reliable and efficient choice for any indication purpose.

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