LDC-35DA

Voltage - Isolation:	3.75kV
Approvals:	CB, CCC, CE, cURus
Mounting Type:	Chassis Mount
Size / Dimension:	11.02" L x 1.18" W x 0.83" H (280.0mm x 30.0mm x 21.0mm)
Termination Style:	Terminal Block
Efficiency:	88%
Operating Temperature:	-25°C ~ 80°C
Ratings:	--
Features:	OTP, OVP, SCP
Dimming:	DALI
Series:	LDC-35
Power (Watts):	35W
Current - Output (Max):	1A
Voltage - Output:	27 ~ 56 V
Voltage - Input (Max):	295VAC
Voltage - Input (Min):	180VAC
Number of Outputs:	1
Topology:	AC DC Converter
Type:	Constant Current
Part Status:	Active

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Introduction of LED Drivers and LDC-35DA Application Field

LED Drivers are devices that control the current and voltage of light emitting diodes (LEDs). These electronic components are capable of driving single LEDs, multiple LED strings, or even LED arrays. They are used in a wide variety of applications ranging from automotive lighting to LCD TV backlighting. LED Drivers are particularly important for the successful and proper operation of LEDs. One type of LED Driver is the LDC-35DA model. This device is designed to power a single LED in a fixed current or voltage operating mode. It is often used in automotive applications, such as the rear lighting of cars and trucks, due to its high efficiency and reliability. Additionally, it can also be used to drive LEDs in LCD TV backlighting or signage lighting with low power consumption.

Working Principles of LED Drivers

LED Drivers work by controlling the current and/or voltage flowing into an LED. The type of LED Driver needed to power the LED depends on the voltage and current requirements of the LED itself. Generally, LEDs require a constant current or constant voltage source in order to operate properly. In the case of the LDC-35DA Driver, it is designed to power a single LED in a fixed current or voltage operating mode. This means that, regardless of changes in the voltage or current requirements of the LED, the Driver will supply a fixed amount of power to the LED. This ensures reliable, consistent performance from the LED, even in extreme operating conditions. One of the key advantages of LED Drivers is their high efficiency. As they are designed to regulate and control the current and/or voltage flowing into the LED, they use much less power than conventional lighting solutions. This helps to reduce overall energy consumption, leading to savings in electricity bills. LED Drivers are also designed to be reliable and durable. The LDC-35DA Driver, for example, is designed with EMI suppression technology which helps to reduce electromagnetic interference. This helps to improve the operation of the LED when installed in challenging environments or used for long periods of time.

Conclusion

LED Drivers are essential components for the successful operation of LED lighting, and the LDC-35DA model is an example of a high quality, reliable Driver. This device is designed to power a single LED in a fixed current or voltage operating mode, making it ideal for automotive lighting, LCD TV backlighting or signage lighting applications. LED Drivers offer several advantages, including high efficiency and reliability. They also help to reduce electromagnetic interference, ensuring consistent, dependable performance of the LED. All of these factors combined make LED Drivers an essential part of any LED lighting solution.

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