HSML-C400 Optoelectronics

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LEDs are light-emitting diode devices that convert electrical energy into visible light. LEDs are widely used in a variety of applications. One of the most common and recognizable types of discrete LED products is the HSML-C400, an advanced industrial-grade LED indicator. In this article, we will discuss the application field and working principle of HSML-C400.

HSML-C400 is an advanced industrial-grade LED indicator that can be used in a variety of applications, from automotive design to industrial and consumer electronics. Due to the wide application range, HSML-C400 is suitable for both indoor and outdoor applications, in low and high-power environments. The indicator’s bright LEDs and wide angle lighting make it a great choice for applications requiring high visibility and precise control, as well as for night-illuminated applications, such as home and automotive lighting. The HSML-C400 is also highly cost-effective, due to its low cost and low power consumption.

The main working principle of HSML-C400 is that it uses an LED array, which is controlled by a switch or an electrical signal. When the switch or electrical signal is turned on, an electric current is supplied to the LEDs, creating light. The intensity of the light is linearly dependent on the current, and the brightness can be adjusted by changing the current level. The HSML-C400 is also capable of setting the current, duty cycle and PWM frequency, all of which can be adjusted to produce the desired brightness.

In order to use the HSML-C400, an appropriate voltage and current source is necessary. The voltage range typically falls between 5V and 24V, with a typical current range between 0.1A and 0.2A. The HSML-C400 also requires a heat sink in order to maintain a safe operating temperature. The heat sink is necessary to prevent damage to the LEDs due to excessive heat.

The HSML-C400 is a useful and reliable LED indication option for many applications in the industrial and consumer electronics fields. With its adjustable current, duty cycle, and PWM frequency settings, it is a versatile and efficient option for controlling LED brightness in any applications. Additionally, its high efficiency and low power consumption make it an attractive and cost effective option for design engineers.

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