LO A67F-V2BB-24

Introduction to LED Discrete Indication

LED (Light Emitting Diode) is a type of electric component, which converts electrical energy into visible light. LED Discrete indicating devices are a subset of LEDs. These devices come in a variety of forms and can be used in several applications.

LO A67F-V2BB-24

The LO A67F-V2BB-24 is a two-wire LED Discrete indication device. It is a single-LED, two-state indication device that features a long life and low current consumption. The LED features a superbright white LED and a red LED which can be controlled with a simple on/off current.

Application Fields

The LO A67F-V2BB-24 is designed for a wide range of applications including home security systems, alarm systems, warning lights, indicator lights, and warning beacons. This device is also well suited for use in industrial control systems, such as in control panels and conveyor systems; in medical devices; and in automotive and aerospace applications.

Working Principle

The operating principle of the LO A67F-V2BB-24 is built around a two-wire connection. This connection is commonly referred to as the Positive (or Ground) and Negative (or Positive). When the Positive is applied, the unit will be turned on. When the Negative is applied, it will be turned off.

The current supply is managed by two resistors, known as the load resistor and the supply resistor. The load resistor is connected in series with the Positive terminal and the Negative terminal, and the supply resistor is connected between the Positive and Negative terminals.

In general, these resistors are used to limit the current flow and ensure that the unit does not overload or overheat. The current flowing through the unit will then be regulated by the amount of resistance provided by each resistor, and the current that is then applied to the LED will be determined by the voltage divider model.

Conclusion

The LO A67F-V2BB-24 is an ideal LED Discrete indication device for a variety of applications including home security systems, industrial control systems, medical devices, and more. Its operating principle is based on two resistors, which limit current flow and ensure the unit does not overload or overheat.