C503B-RAS-CA0C0AA2

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LED indication, generally speaking, is a type of light-emitting diode (LED) lighting system used among multiple applications in various industrial, technological, and medical fields. Discrete LED indication, in particular, is an LED-based system used to visually indicate the presence of an electrical signal. The C503B-RAS-CA0C0AA2 is one such discrete LED indication system, and this article will discuss the application field and working principle of this system in detail.

Application Field of the C503B-RAS-CA0C0AA2 System

The C503B-RAS-CA0C0AA2 discrete LED indication system, manufactured by Raytheon, is a typical cabinet-based, low-current indicator used to visually indicate electrical signals in systems in vehicles and ships. Its application field is quite extensive and includes navigation, navigation and resource, telemetry, communication, radar, sonar, and auxiliary systems. In these systems, the C503B-RAS-CA0C0AA2 is used to identify specific electrical signals, monitor and control processes, and provide input indication in absence of, or in addition to, audio or output indication.

The C503B-RAS-CA0C0AA2 LED indication system also finds its application in electronic, or electro-mechanical, thermostats, including both line-powered and battery-powered models. This system is used to indicate when the system being monitored has exceeded a certain temperature threshold. The indicator can be configured to either light up when the temperature threshold has been exceeded or sound a buzzer, depending on the customer or application requirement.

The C503B-RAS-CA0C0AA2 system is also widely used in industrial settings to indicate the presence of an electrical signal. This indicator is often used as part of larger indicator systems, such as LED arrays and LED matrix displays. The indicator can be used to indicate a variety of things, such as the status of a process, the presence of an electrical fault, or whether a particular device is in operation or not. It is also used to indicate when a particular threshold has been met, such as the temperature threshold mentioned before.

Working Principle of the C503B-RAS-CA0C0AA2 System

The C503B-RAS-CA0C0AA2 discrete LED indication system works on the same basic principle as any other LED. It requires a direct current (DC) input power source as well as an anode, which is the positive pole of the power source, and a cathode, which is the negative pole. When sufficient voltage and current is applied to the system, the LED emits a visible light. The C503B-RAS-CA0C0AA2 discrete LED indication system does not require a driver and typically has a voltage drop of about 1.7V and a current draw of 25mA.

The indicator is designed to be used with Raytheon’s C503B-RAS-CA0C0AA2 LED control modules, which are specifically designed to operate with the LED indicator. The LED control module is connected to the DC power source and provides the required current and voltage to the LED indicator. The module contains several switches, which are used to select the color of the LED indicator, as well as adjust the intensity and flashing rate of the indicator.

The C503B-RAS-CA0C0AA2 system is also designed to be used in conjunction with a status switch. The status switch is connected to the DC power source and provides an electrical signal to the LED control module. The switch is set to one of several positions, including "On," "Off," "Fault," or "Malfunction." Depending on the position of the switch, the LED control module will adjust the intensity and flashing rate of the LED indicator accordingly.

In conclusion, the C503B-RAS-CA0C0AA2 system is an LED indication system used in a variety of applications including those in the shipbuilding and automotive industries, in industrial applications, and in thermostat systems. It is a discrete LED indicator system which works on the same principle as any other LED, requiring a DC power source, an anode and a cathode. It also requires a Raytheon C503B-RAS-CA0C0AA2 LED control module and a status switch to adjust the intensity and flashing rate of the LED indicator. This system is a reliable and cost-effective solution for visually indicating information in multiple applications.

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