Statement_Of_Work.docx

Statement Of Work Design of Electronics Power Supply to Accompany the Laser Transmitter The FPGA based laser controller will enable control of timing and rep rate signals, diode current and power, temperature settings, and temperature monitoring. Laser operating parameters can be monitored and controlled from the Ground Control Station in order to maintain required laser performance. The power supplies will operate from 28 VDC power supplied by the instrument or platform. The design will include:

1. Electronics - Design of electronics for monitoring and remote control of laser settings include:

1.1. Diode driver for diode current setting.

1.2. Critical temperature monitors – laser diodes, frequency doubler, etalon, fluid temperatures, housing temperatures and pressure.

1.3. Commands to enable and set rep rate, diode current, armed state, fire state, standby and sleep.

1.4. Data system control of rep rate at 4500 Hz nominal ± 50 Hz.

1.5. Temperature control of frequency doubler to adjust conversion efficiency and relative output energy of 1064 nm and 532 nm output.

1.6. Laser energy monitor for 1064 and 532 nm outputs with 0.02 mJ resolution or better.

1.7. Electronics wiring and connectors for electronic components and boards (drawings and parts list).