The absolute lowest noise in DIODE LASER CONTROL:
D2-105 Laser Controller
has <100 pA/√Hz noise density. It not only features the lowest noise, but it also offers the most flexible control and modulation I/O with bandwidth from DC to over 1.5 GHz. And to make the D2-105 a complete
, the it offers two independent channels of PID temperature control capable of sub-millikelvin stabilization of the diode chip with a properly designed thermal plant.
DISTRIBUTED BRAGG REFLECTOR DIODE LASERS
offer robust performance with their non-mechanical tuning and short cavity. The Vescent
laser provides up to 170 mW of power with linewidths <1 MHz and over 40 GHz of mode hop-free tuning that stays on-transition day after day. We have models targeted at Yb
, Rb, Cs, K, and metastable He, as well as other wavelengths and species.
SERVOING TO AN ERROR SIGNAL
has never been easier and more effective than with the D2-125 Reconfigurable Servo
. With a full PI
D loop filter transfer function over a DC
to 10 MHz control bandwidth, the D2-125 will lock just about any laser (not just diode lasers) to an error signal, stabilizing its frequency, rep rate, amplitude, or pointing. The D2-125 sports a built-in ramp for easy lock set up and an auxiliary output for long-lived locks. TTL control over the output and its unique feature Lock Guard
both help deliver laser finesse into your hands.
MILLIKELVIN TEMPERATURE STABILITY
for laser gain media, Photonic Integrated Circuits, non-linear crystals, and other crucial components will be available this summer from our new
SLICE-QT Four-channel Temperature Controller
. 40 W of user-assignable regulation power controlled via a touch screen, GUI, or serial commands makes temperature control a snap - especially with SLICE's slew rate control and interlocking capabilities.
We invite you to our booth to see for yourself