HVGC-100-350B

Voltage - Isolation:	3.75kV
Approvals:	CB, CE, cURus, TUV
Mounting Type:	Chassis Mount
Size / Dimension:	8.35" L x 2.68" W x 1.53" H (212.0mm x 68.0mm x 38.8mm)
Termination Style:	Wire Leads
Efficiency:	91%
Operating Temperature:	-40°C ~ 90°C
Ratings:	IP67
Features:	OTP, OVP, SCP
Dimming:	Analog, PWM
Series:	HVGC-100
Power (Watts):	100W
Current - Output (Max):	350mA
Voltage - Output:	29 ~ 285 V
Voltage - Input (Max):	528VAC
Voltage - Input (Min):	180VAC
Number of Outputs:	1
Topology:	AC DC Converter
Type:	Constant Current
Part Status:	Active

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Introduction to HVGC-100-350B

The HVGC-100-350B is a high efficiency, LED driver that is used for a wide range of applications. It features low-power operation and a wide input voltage range, making it well suited for a variety of applications in the lighting and commercial fields. The HVGC-100-350B is capable of driving up to 350mA of output current and has an output voltage range of 85V to 350V. This LED driver is designed to be used in a variety of different applications such as street lights, garden lights, architectural lighting systems, and sign lighting.

LED Drivers

LED drivers are electronic circuits that are used to power and control LEDs. They provide the power needed to operate the LEDs while providing control over their parameters such as color, brightness, and even strobing effects.LED drivers are designed to convert an input voltage into a current at a specific voltage/constant current level that is required to power LEDs. This conversion is accomplished through the use of a voltage-current converter circuit, which is integrated into the LED driver. It is this circuit that allows the LED driver to convert the input voltage into the current/voltage level that is required to drive the LED.The HVGC-100-350B LED driver is designed to provide a high efficiency and low-power operation while still providing the necessary parameters to power and control LEDs. It features a wide input voltage range and can provide a maximum current of 350mA of output current. This allows for a wide range of applications where the LEDs need to be driven in a specific manner such as in street lights, garden lights, architectural lighting systems, and sign lighting.

Working Principle of HVGC-100-350B

The working principle of the HVGC-100-350B LED driver is based on the use of a voltage-current converter circuit. This circuit helps to convert the input voltage into the required current/voltage level that is needed to power and control the LEDs.The voltage-current converter circuit works by controlling the amount of current that is delivered through the circuit in order to maintain a constant output voltage/current level. The voltage-current converter is comprised of a coil, a switch, and a resistor. When the switch is closed, the voltage across the coil increases, which provides the necessary current to power and control the LEDs. The resistance of the resistor is managed to ensure that the output current is within the desired range.

Application Field of HVGC-100-350B

The HVGC-100-350B LED driver is designed to be used in a variety of different applications such as street lights, garden lights, architectural lighting systems, and sign lighting. It is well suited for these applications because of its high efficiency and low-power operation.Furthermore, the wide input voltage range and the ability to provide a maximum current of 350mA of output current make it well suited for a variety of applications. This allows the HVGC-100-350B to be used in applications that require a wide range of input voltage levels and precise control over the output current.

Conclusion

The HVGC-100-350B is a high efficiency and low-power LED driver that is used for a wide range of applications. It features a wide input voltage range and is capable of driving up to 350mA of output current. This LED driver is designed to be used in a variety of different applications such as street lights, garden lights, architectural lighting systems, and sign lighting. The working principle of the HVGC-100-350B is based on the use of a voltage-current converter circuit and is capable of providing the necessary parameters to power and control the LEDs.

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