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REFICL8800LED43WTOBO1 - INFINEON REFICL8810LED43WBMTOBO1

REFICL8800LED43WTOBO1

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Infineon Technologies

THE REF_ICL8800_LED_43W IS A 43W REFERENCE DESIGN FEATURING INFINEON’S HIGH POWER FACTOR FLYBACK CONTROLLER ICL8800.

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REFICL8800LED43WTOBO1 - INFINEON REFICL8810LED43WBMTOBO1

REFICL8800LED43WTOBO1

Active
Infineon Technologies

THE REF_ICL8800_LED_43W IS A 43W REFERENCE DESIGN FEATURING INFINEON’S HIGH POWER FACTOR FLYBACK CONTROLLER ICL8800.

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Technical Specifications

Parameters and characteristics for this part

SpecificationREFICL8800LED43WTOBO1
FeaturesDimmable
Outputs and Type1 Isolated Output
Supplied ContentsBoard(s)
Utilized IC / PartICL8800
Voltage - Input [Max]305 VAC
Voltage - Input [Min]90 VAC
Voltage - Output52 V

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
DigikeyBulk 1$ 44.38
NewarkEach 1$ 47.10

Description

General part information

ICL8800 Series

The REF_ICL8800_LED_43W is a 43W reference design featuring Infineon’s high power factor flyback controllerICL8800. The board is a constant voltage (CV) secondary-side regulated (SSR) system and is intended to be used with a constant current (CC) converter for LED lighting applications. Two-stage topologies are growing because of the convenient scalability of power on the primary side and the features on the secondary side. REF_ICL8800_LED_43W is designed as plug-and-play solution and can be combined withsecondary-side DC/DC boards. As a default setup, the reference design board is assembled with a start-up circuit based on a depletion-mode MOSFETBSS126Ion a very small adapter board. This setup offers the lowest standby losses. If low standby consumption is not necessary, the start-up circuit can be changed to a resistive start-up. This reference design is provided with two regulation circuits. Both circuits are designed as plug-and-play solutions, but at least one has to be connected to the main board. The two boards shall show the trade-off between cost; here the TL431 board offers a low-cost solution, and standby performance, while the op-amp board shows an overall 30mW better performance.

Documents

Technical documentation and resources