Constant Current Laser Drivers/Controllers ATLS6A202D

Availability: In Stock

FEATURES

●Ultra Low Noise: 8.29μAp-p @0.1Hz to 10Hz ●High Efficiency: ≥90% ●Output Current without Heat Sink: 6A ●High Stability: <100ppm/°C ●Loop Good Indication  ●Complete Shielding  ●Compact Size  ●DIP Package Available  ●100 % Lead (Pb)-free and RoHS Compliant  ●PWM Switching Frequency Synchronizable 

APPLICATIONS

Driving laser diodes with low noise, including DPSSL, EDFA, SOA, fiber laser, direct diode lasers, etc.
Part Number STOCK 1-9PCs 10-49PCs 50-199 PCs 200-499 PCs ≥500 PCs Buy Now Datasheet Eval. BoardAvail. Eval. BoardAvail.(Price) Add TO WATCHLIST
ATLS6A202D 23 $79 $77 $74 $72 $69 ATLSXA201DEV1.0 $25

This laser driver is an electronic module designed for  driving diode lasers with up to 6A constant current, high  efficiency, low noise, high reliability, zero EMI, and small  package. It provides these the functions: laser constant current control,  laser current monitoring, over current and thermal protection, laser current output indication, laser diode status indication,  soft start, and shut down.  It comes with a high stability low noise 2.5V voltage reference output which can be used for setting the output current. The  reference output can also be used for the ADCs (Analog to  Digital Converters) and/or DACs (Digital to Analog  Converters). The frequency synchronization of this laser driver allows using  an external digital signal to synchronize the internal PWM  output stage of the laser driver, to eliminate frequency beating  interferences between the laser drivers and other switch mode  electronic circuits on the same PCB. The external signal needs to be in the range of 520kHz to 800kHz. If other frequency is needed, contact us, we may be able to  adjust the internal PWM frequency for you. The default  switching frequency of the internal PWM output stage is 500kHz.

Q: How to achieve highest digital modulation speed on a laser controller's output current?

A: For laser drivers ATLSXA201 and ATLSXA202, LIS pin should be toggled between these 2 voltages: a high value corresponding to the operation current and a low value corresponding to half of the threshold current of the laser the driver is driving.

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