SLYT876 April   2026 LMH13000

 

  1.   1
  2. 1 Introduction
  3. 2 What makes laser pulse control challenging?
  4. 3 Effects of rise and fall times
  5. 4 Propagation delay
  6. 5 Pulse-to-pulse stability
  7. 6 Implementing precise laser pulse control
  8. 7 Precise pulse control in pulsed systems
  9. 8 Practical example with transmitter test results
  10. 9 Conclusion
  11. 10Additional resources
  12. 11About the authors

9 Conclusion

Precise laser pulse control requires balancing edge speed, timing accuracy, stability and optical power consistency. By integrating high-speed current drive and regulation into a compact solution, the LMH13000 reduces design complexity while improving repeatability and performance.

When combined with simple feedback and temperature monitoring techniques, this laser driver provides a reliable platform for both continuous and pulsed laser operation, enabling reliable and accurate performance in demanding lidar, ToF and industrial optical sensing applications.