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STMicroelectronics LED Driver Evaluation Board for High Power LED, Featuring LED6000, STEVAL-ILL084V1
Specifications
| Country of Origin | Italy |
|---|---|
| Brand | STMicroelectronics |
| Model | STEVAL-ILL084V1 |
| For Use With | High Power LED |
| Standards/Approvals | RoHS |
| Pay online using | Or choose to pay later via bank transfer |
| RS Stock No. | 196-1813Brand: STMicroelectronicsManufacturers Part No.: STEVAL-ILL084V1 |
| Kit Classification | Evaluation Board |
| Featured Device | LED6000 |
| Kit Name | STEVAL |
| LED Technology | LED Driver |
Key Features
- The board uses the LED6000 monolithic current source for efficient high power LED driving.
- It features a floating boost topology suitable for series connection of multiple power LEDs.
- Supports up to 3 A DC current with embedded asynchronous switching regulator and power MOSFET.
- Adjustable current limit and switching frequency allow optimized application performance.
- Includes an internal oscillator adjustable from 250 kHz to 1.5 MHz.
- Digital dimming control via dedicated DIM pin enhances brightness management.
- Light load pulse skipping maximizes power conversion efficiency.
- Compact design compatible with ceramic output capacitors for size minimization.
Product Description
STMicroelectronics STEVAL-ILL084V1 is an advanced LED Driver Evaluation Board specifically designed for high power LED applications incorporating the LED6000 device. The evaluation board utilizes a floating boost topology, leveraging the LED6000's wide input voltage range to efficiently drive multiple high power LEDs connected in series.
The LED6000 integrated circuit is a monolithic current source equipped with a 61 V asynchronous switching regulator and an embedded power MOSFET, capable of supplying up to 3 A DC current depending on usage conditions. It features a typical 250 mV RSENSE voltage drop, enhancing current sensing precision to improve power management. The evaluation board also includes a switch-over function on the VBIAS pin and implements pulse skipping under light load to maximize power conversion efficiency across varying load ranges.
Current limit thresholds and switching frequencies are adjustable, permitting customized application optimization. The board's internal oscillator is set at 250 kHz by default but can be externally tuned up to 1.5 MHz to meet different performance requirements. Digital dimming control is available through a dedicated DIM pin, allowing seamless brightness adjustments.
The design minimizes overall size due to the high switching frequency and compatibility with ceramic output capacitors, making it suitable for compact and efficient LED power solutions. This evaluation board is ideal for use in industrial, commercial lighting, and LED development environments, supporting engineers and designers with a versatile tool for high power LED driving applications.
The board uses the LED6000 monolithic current source for efficient high power LED driving. Features a floating boost topology ideal for series connection of multiple power LEDs. Supports up to 3 A DC current with embedded asynchronous switching regulator and power MOSFET.
Adjustable current limit and switching frequency for tailored application performance. Internal oscillator adjustable from 250 kHz to 1.5 MHz for flexible operation. Digital dimming control via dedicated DIM pin. Light load pulse skipping maximizes power efficiency.
Compact design compatible with ceramic output capacitors. Suitable for industrial and commercial LED development and testing.
STMicroelectronics LED Driver Evaluation Board STEVAL-ILL084V1 provides engineers with a reliable and efficient platform for the development and optimization of high power LED lighting systems. Explore the range of LED Development Tools at EnvMart for more advanced products and accessories.
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Frequently Asked Questions
This model supports up to 3 A DC current, depending on usage conditions.
The internal oscillator can be adjusted from 250 kHz to 1.5 MHz to meet different performance requirements.
It utilizes a floating boost topology, which is suitable for the series connection of multiple power LEDs.
Digital dimming control is available via a dedicated DIM pin, allowing for seamless brightness adjustments.
The evaluation board complies with RoHS standards.
The country of origin for this board is Italy.
The typical RSENSE voltage drop is 250 mV, which enhances current sensing precision.
It is designed for high power LED applications, making it suitable for industrial and commercial lighting.
Yes, it implements pulse skipping under light load to maximize power conversion efficiency across varying load ranges.
The design is compatible with ceramic output capacitors, which help minimize overall size.
The model number is STEVAL-ILL084V1, featuring the LED6000 device.
It supports applications in LED development environments, aiding engineers and designers in optimizing high power LED driving.
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