• Four independent PID temperature control loops
• 40 W user-routable capacity
•  Programmable front-panel I/O
•  Auto tuning function
•  GUI, serial, or touch screen interface

The SLICE series combines low noice analog circuitry with digital user interface including touch screen and progammable I/O-monitor.

• Two channels of current control each with two channels of temperature control
• Lowest-noise laser controller commercially available
• Automatic LIV Curve Capture
• Sub-millikelvin temperature stability with properly designed plant
• Hybrid switching/linear power supply accepts all AC line voltages
• High-speed servo and RF inputs
• Current limit and safe turn-on
• High servo and modulation bandwidths

SLICE-DCC Dual-Channel Current Controller low-noise current source with megahertz modulation bandwidth.

• Two independent channels
• Low noise
• High modulation bandwidth
• Automatically adjusting compliance voltage to 12V
• Touch screen control
• Host GUI & API
• Current limit
• Interlock other devices based on temperature control fidelity

• Potassium, Rubidium, and Cesium Wavelengths
• Vibration immune: no moving parts or piezos
• 25 GHz mode hop-free tuning via high-bandwidth injection current
• Optically isolated for spectral purity
• Fiber-coupled configurations
• High-speed modulation
• Up to:
• • 100 mW at 780, 795, & 828 nm
  • 130 mW at 852 nm
  • 150 mW at 895 nm

The D2-200 laser module is a complete redesign of our robust Distributed Bragg Reflector (DBR) diode laser. The D2-200 houses a new Virtual Point Source (VPS) DBR laser. The VPS design uses a proprietary lensing system to reduce astigmatism matching the divergence in the fast axis to that of the slow axis. The output is near gaussian with a very low M².

DBR laser diodes are fabricated with the feedback grating patterned directly adjacent to the gain region of the diode. By virtue of this short cavity with no moving tuning element, they are highly immune to vibrations and acoustic perturbations. The short cavity allows mode hop-free current tuning over more than 25 GHz. The tuning is very fast and is amenable to high-bandwidth servo control for easy locking to atomic and molecular transitions or offset locking to a reference laser.

 The D2-200 employs two stages of temperature-control and incorporates optical isolation for dependable long-term, mode hop-free operation. It has undergone a Design For Manufacturability process (DFM) to reduce drift in alignment making for a more reliable design than its highly popular predecessor.

• Both PZT & Laser Current Feedback
• Double Integrators For Tight Locking
• Peak Lock Option
• Frequency Jumping and Lockup via Computer Control
• Internal Ramp Generator
• High Bandwidth (10 MHz)
• Reconfigurable PI²D Loop Parameters
• Lock Guard & Ramp Centering included on all models

The D2-125 High Speed Laser Servo is an ultra-low noise and broad band control loop. Laser can be looked an absorption lines to serve as an absolute frequency standard. Typical applications are atomic clocks, Pound-Drevel-Hall cavity locking and laser stabilization and control. The D2-125 can also be used to reduce the line width of laser sources to facilitate spectroscopy of single molecules. The included Lock Guard detects when the servo loop filter has gone out of lock and automatically tries to recapture lock.

• Low noise
• Provides ±15V and 5V
• D2 series power supply
• AC input voltages of 100, 120, or 230 V

The D2-005 power supply is a quiet, linear power supply providing ±15V and 5V. It is in a separate box to isolate 60 Hz and EM interference. One power supply can power two complete laser systems or four electronics modules. The linear design eliminates noise around 100-200 kHz seen in switching power supplies.