LY T68B-U1V1-34-Z

LED indication has been in practice since more than a decade now and has been lately gaining interest in everyday applications all around the world. The LY T68B-U1V1-34-Z is a discrete LED indicator that has quickly gained favor with businesses and consumers alike due to its high performance and easy installation.

LED indicators are available in many forms such as SMD LED, DIP LED, and discrete LED. Discrete LED indicators like the LY T68B-U1V1-34-Z typically contains two LEDs arranged in series and from a common cathode in parallel across the LED pair. This LED configuration allows the user to control each LED independently therefore offering control flexibility.

Applications

The LY T68B-U1V1-34-Z is an ideal solution for a variety of applications as it provides low current consumption and high-efficiency performance. Its most common application is to indicate the status of electrical signal events. The discrete LED features a modern look which adds an attractive visual appearance to the application.

The discrete LED is most commonly used in small electronic gadgets and consumer electronics. All kinds of electronic products: phones, video cameras, remote controllers, routers, modem, and even home automations products can benefit from the LY T68B-U1V1-34-Z. In addition, it can also be used for medical applications as well.

Working Principle

The working principle of the LY T68B-U1V1-34-Z is dependent upon the control signals fed to the LED pairs. When the flow of current is applied to the LED pairs, one LED will be turned on at a time. When the LED emits light, this will act as a signal for the application. If the flow of current is reversed, then the other LED in the pair will be turned on, indicating the other state.

The LY T68B-U1V1-34-Z is one of the most widely used and preferred discrete LEDs available in the market today. Its performance, easy installation, and modern look make it a top choice for countless applications. It provides superior performance in terms of current consumption and efficiency. Moreover, it allows the user to independently control each LED pair, which permits greater flexibility