Apply to review the ams OSRAM AS1170 Evaluation Kit

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Key Features of the ams AS1170

• High efficiency 4 MHz fixed frequency DCDC boost converter
• Independently controlled channels
• Channels can be combined for single output - 2 channels independently with up to 1000 mA each or 2000 mA combined
• PWM operation for lower output current 31.25 kHz to avoid audible noise
• Automatic current adjustment for low battery voltage for automatic battery lifetime extension
• Integrated circuit protection functions

What's Included

RoadTesters will receive or have access to:

• ams OSRAM AS1170 WL EVM EB Evaluation Kit, including:
  • ams OSRAM AS1170 EVK
  • 2 x ams OSRAM IR LED Break-out board
  • ESP32 S2 DevKit M1
  • 1m USB 2.0A to USB2.0 Micro-B Cable
• 4 x OSRAM OSLON Black LEDs
• 4 x OSRAM OSLON P1616 LEDs
• 4 x OSRAM SYNIOS P2720 LEDs
• ams AS1170 PC GUI Software V1.1

Documentation & Useful Links

• ams AS1170 Evaluation Kit
• ams AS1170
• ams AS1170 Datasheet
• ams AS1170 Evaluation Kit GUI Software
• AS1170 Evaluation Kit Guide
• ams AS1170 Evaluation Kit Quick Start Guide
• ams A1170 Evaluation Kit Application Note

Equipment You'll Need to Try It

To try out the AS1170 Evaluation Kit, you'll need the following:

• A computer capable of connecting to the ESP32 S2 DevKit M1 via USB Type-A.
• The Arduino IDE for writing MCU Sketches.
• A digital camera such as that on a phone, laptop or tablet where you can take video to verify the IR LEDs are working.

You may also find it helpful to have the following equipment on-hand:

• A Soldering Iron and associated solder, suiitable to perform surface mount soldering.
• A laboratory power supply and cables, capable of supplying 4.4 V.

RoadTester Tasks and Instructions

1. Unbox and explore the Evaluation Kit following the available Quick Start Guide.
2. Try the kit as-it-comes, using the available software to try out the kit's capabilities.
3. Run the example code available to trigger integrated LEDs.
4. Develop your own program, using the Evaluation kit to complete a task.
5. Document your experience in a review, including where the kit was strong and where it could improve.

If you have a project to use the kit for, that would be ideal as a test case for the review. Otherwise use the kit as it comes and test out what you can do with the included documentation, hardware and available software. Show to the reader what will likely be their experience using the kit for the first time. Text, pictures, video and/or any other media, so the reader understands what is involved in using the product.

Important Dates

About the Sponsor

ams OSRAM pioneer differentiating light and sensor solutions. Looking back on more than 100 years of industry experience, they combine engineering excellence and global manufacturing capabilities with passion for cutting-edge innovation. Their commitment to pushing the boundaries of illumination, visualization, and sensing has earned them the trust of customers worldwide. Together, they create break-through applications that make our world safer, smarter, and more sustainable. 

“Sense the power of light” – their success is based on their deep understanding of the potential of light. They harness its full spectrum – visible and invisible – to illuminate their surroundings as well as gather information from them. By adding intelligence to light, they enable their customers to drive transformative applications. 

Their distinct portfolio of advanced light and sensor technologies sets them apart in our industry. It includes high-quality semiconductor-based light emitters, sensors, CMOS ICs and software as well as a range of traditional lighting technologies for automotive and special applications. To learn more, click here.