Infineon BCR320UHWLEDBOARDTOBO1, 24 V LED Driver Demonstration Board for BCR320U

RS Stock No.: 122-2436Brand: InfineonManufacturers Part No.: BCR320UHWLEDBOARDTOBO1
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Technical Document

Specifications

LED Technology

LED Driver

Kit Classification

Demonstration Board

Featured Device

BCR320U

Kit Name

24 V

Country of Origin

Singapore

Product details

Infineon 24V LED Evaluation Board for BCR320U LED driver

The BCR320U HW LED Board is a demo board for the BCR320U/BCR321U LED driving 6 x 0.5W LEDs in series. The typical driving current is 150 mA but it can be adjusted up to maximum of 250 mA. The design includes the foot print for 4 discrete Schottky Diodes for more flexibility.
Typical applications are LED stripe lights, commercial or residential LED lighting, automotive interior and exterior LED lighting.

Features

Homogenous light output in different LED strings
Easy to implement with low component count
Flexibility to adjust the driving current from 10 mA up to 250 mA
Direct microcontroller interface for PWM dimming
Negative thermal coefficient protecting lifetime of LEDs
High-power dissipation capability
Power supply up to 24 V

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P.O.A.

Infineon BCR320UHWLEDBOARDTOBO1, 24 V LED Driver Demonstration Board for BCR320U

P.O.A.

Infineon BCR320UHWLEDBOARDTOBO1, 24 V LED Driver Demonstration Board for BCR320U
Stock information temporarily unavailable.

Technical Document

Specifications

LED Technology

LED Driver

Kit Classification

Demonstration Board

Featured Device

BCR320U

Kit Name

24 V

Country of Origin

Singapore

Product details

Infineon 24V LED Evaluation Board for BCR320U LED driver

The BCR320U HW LED Board is a demo board for the BCR320U/BCR321U LED driving 6 x 0.5W LEDs in series. The typical driving current is 150 mA but it can be adjusted up to maximum of 250 mA. The design includes the foot print for 4 discrete Schottky Diodes for more flexibility.
Typical applications are LED stripe lights, commercial or residential LED lighting, automotive interior and exterior LED lighting.

Features

Homogenous light output in different LED strings
Easy to implement with low component count
Flexibility to adjust the driving current from 10 mA up to 250 mA
Direct microcontroller interface for PWM dimming
Negative thermal coefficient protecting lifetime of LEDs
High-power dissipation capability
Power supply up to 24 V