Silanna SLE2002-R01 FirePower Evaluation Board

Introduction

The Silanna SLE2002-R01 FirePower Evaluation Board is a cutting-edge tool designed for evaluating the SL2002, an integrated timing controller and boost voltage regulator specifically tailored for laser Time-of-Flight (ToF) measurement systems. This versatile evaluation board operates efficiently from a single cell battery, making it an ideal choice for portable applications.

Part Description

The SLE2002-R01 FirePower Evaluation Board is engineered to demonstrate the capabilities of the SL2002 controller, which integrates essential components for driving laser systems. With a power rating of 400W, this board supports high peak currents and narrow laser pulses, crucial for accurate measurements in various applications. It operates within a voltage range of 2.8V to 6V, ensuring flexibility and efficiency. The board features a resistive load and a charge pump circuit, allowing for seamless operation in portable range finder applications. Notably, it boasts a system no-load power consumption of less than 5mW, making it energy-efficient.

Applications

• Laser Time-of-Flight (ToF) measurement systems
• Light Detection and Ranging (LIDAR)
• Range finding
• 3D mapping

Industries

• Automotive (for LIDAR applications)
• Robotics (for navigation and mapping)
• Consumer electronics (for portable range finders)
• Aerospace (for precision measurement systems)

Usage Ideas

1. Portable Range Finder: Utilize the SLE2002-R01 to create a compact range finder for outdoor activities, integrating it with a display to show distance measurements.
2. 3D Mapping Drone: Develop a drone equipped with the evaluation board to perform 3D mapping of terrains, leveraging its LIDAR capabilities for accurate data collection.
3. Robotic Navigation System: Implement the board in a robotic system to enhance its navigation capabilities, allowing it to detect and avoid obstacles in real-time.

Conclusion

The Silanna SLE2002-R01 FirePower Evaluation Board is a powerful and efficient tool for evaluating laser measurement systems. Its high integration, low power consumption, and flexibility make it suitable for a wide range of applications across various industries. Whether for research, development, or practical applications, this evaluation board provides the necessary features to advance projects in laser technology and measurement systems.