TLBF1100C(T11(O

The TLBF1100C is a Discrete LED Indication light-emitting diode module designed for board-level applications. This module replaces the need for external wiring and enables designers to easily incorporate LED indicators into their designs. This module is available in various colours, from blue to white, to suit any design requirement.

The TLBF1100C is an advanced Discrete LED Indication module, comprising of two parts. The first part is a light-emitting diode (LED) that emits a coloured light. The second part is a controller. This controller is typically a three-terminal integrated circuit (IC) that regulates the current flowing through the LED. It also includes a resistor to limit the amount of current flowing through the LED, and can operate in either steady-state or flashing modes, depending on the application.

The TLBF1100C is particularly suitable for applications where a large number of LEDs need to be installed, such as in gaming systems, industrial lighting, vehicle lighting and general signalling applications. This module can help to reduce installation time and cost since only the LED and controller are required for the entire system. The controller contains the necessary components to vary the LED intensity and can even be programmed to create an array of light patterns.

The TLBF1100C operates by passing current through the LED. When current passes through the LED, it emits a coloured light. The controller then regulates the flow of current, changing the intensity of the light from the LED. This allows the user to tailor the light output of the module to suit the application. It can be used to indicate low battery or temperature, to indicate a successful operation or even to indicate an alarm status.

The TLBF1100C is a reliable, easy to use, and cost-effective solution for any application requiring discrete LED indicators. This module can provide a great deal of flexibility in both design and operation. With its compact size, low power consumption and ease of installation, this module is an ideal choice for a wide range of applications.