5952301002HF

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The 5952301002 HF series of LED devices is a wide range of circuit board indicators. They can have from one up to eight positions and offer an IP 67 protection grade.The series is compliant with the REACH and RoHS directives and suitable for applications in the industrial, automotive, communication and home appliance fields too. The LED type for this series is 0805, 1206, and 1210.

The 5952301002 HF series is the ideal solution for a variety of applications. It offers high reliability, performance, and long lifetime. Its long-term stability and fast response to changes in environmental conditions make it suitable for industrial use. Moreover, its small size makes it perfect for designs with limited space.

The 5952301002 HF series covers an expansive range of indicators and arranges them in a variety of shapes. These include single-LED, double-LED and quad-LED indicators as well as light bars and bar graphs. The available colors comprise of green, red and yellow. All the vehicles in this series feature a high off-state visibility, which increases the system’s warning capability. Furthermore, some variants are available with an integrated pushbutton.

The 5952301002 HF series is based on a voltage-driven control circuit. The control circuit is composed of a MOSFET, a current detector, a current-limiting resistor, and a rectifier diode. This circuit allows the LED to respond to a voltage value applied to the input of its control circuit. Voltage applied to its control circuit will switch between on and off states. The LED is on when the voltage is above a certain level and off when the voltage is below that level. As the voltage is changed, the LED will switch between on and off accordingly.

In conclusion, the 5952301002 HF series is a comprehensive range of LED indicators aimed at applications in the industrial, automotive, communication, and home appliance industries. They are available in different sizes, shapes, and colors and feature a high off-state visibility. The indicators work using a voltage-driven control circuit and respond to the applied voltage changes by switching between on and off states.

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