5600F7LC

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The 5600F7LC is a Light Emitting Diode (LED) assembly for circuit board indicators, arrays, light bars, and bar graphs. The primary application of this type of device is to provide visual signaling and awareness of states, errors, or other operations. This versatile and robust device is an ideal choice for many industrial and commercial applications. It is a reliable, low-cost solution that is suitable for a broad range of applications.

The 5600F7LC is a single 5mm round package with 8 pins, 4 on each side, which consists of two different-colored LEDs, red and green. Each of the LEDs has a dedicated cathode and anode, the two corresponding pins are connected directly to the source or sink of current. The device also features a built-in voltage divider for dropping the voltage applied to each pin. This design makes the device easy to customize for any application and scales up to 3.2V, allowing for applications where higher voltages or lower voltages are needed.

The 5600F7LC is designed for applications requiring high brightness and low power consumption. The device is capable of operating from -40°C to +85°C and the LEDs are rated for operating at up to 65mA for the red LED and up to 50mA for the green LED. The red LED is rated for a typical luminous intensity of 40 mcd at 10-20 mA and the green LED is rated for a typical luminous intensity of 17 mcd at 10-15 mA.

The way in which the 5600F7LC works is simple. When the anode and cathode of the LED are connected to the positive and negative voltage sources, respectively, current flows through the device and the LED emits light. The voltage and current that flows through the LED is determined by the resistive characteristics of the LED itself, as well as the power supply voltage, the series resistor, and the load impedance.

In applications where the LED is used as an indicator, the LED can be connected directly to a source or sink of current. When the source or sink of current is turned on, the LED emits light. The brightness of the LED is determined by the amount of current that flows through the LED. The current must be limited using a series resistor to prevent damage to the LED.

The 5600F7LC is also suitable for applications where the must be multiple LEDs connected in series. In this configuration, each LED must have its own series resistor to limiting the current that flows through each LED. The brightness of all LEDs in a series can be controlled in the same manner, by controlling the voltage or current supplied to all LEDs in the series. This allows for applications where multiple LEDs must be dimmed, faded, or switched between brighter and dimmer states.

Overall, the 5600F7LC is a versatile, low-cost and reliable device for a variety of visual signaling, error indication, or other applications. The device is easy to customize for any individual application and is suitable for many industrial and commercial applications where high brightness and low power consumption are needed.

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