Why laser diode needs to be driven by a constant current laser driver? A. The laser diode itself is a very vulnerable device, so when it is working, a larger current will cause the laser diode to burn out, and a lower current will not make the laser diode work properly. With a constant current source, the current can be just right and the laser diode can work normally without damage. B. Laser diodes are extremely temperature-sensitive in the operation. The forward voltage of the laser diode decr...(more)
ATLS8A216 is a laser driver module with high voltage and constant current, which is used for driving one or multiple laser diodes. This laser driver module has several valuable, important, and great features that difficult to achieve at just one module. For example, high efficiency 90%, wide input and output voltage range, high output current 8A, low output noise, wide modulation bandwidth DC 20kHz, and compact size 27.4215.7 (mm). The laser driver produces little heat due to its high efficiency...(more)
Our main products include TEC controller, laser driver, tec module, resistor kits and so on. Today I will introduce an evaluation board ATLS214EV1.0 The ATLSxA214D is a series of high efficiency constant current laser drivers for driving multiple laser diodes. ATLS214EV1.0 is designed for evaluating these series laser drivers conveniently. Since the ATLSXA214D series laser drivers come with up to 6A current, the evaluation board provides good heat dissipation as well as power supply and connecti...(more)
After 14 years persistant, continuous and effective team effort, we have finally finished the development of the worlds first and only high efficiency high power compact size TEC controller: TEC28V15A. Inside this controller, it has low noise high accuracy analog circuits, high efficiency output stage, complex digital circuits, and sophisticated firmware. You can find more information in our product page: http://www.analogtechnologies.com/TEC_controller_TEC28V15A.html...(more)
The evaluation board is not a necessity for project development, but it is the best replacement before the application circuit is completed. It is a circuit board that can be used for software testing and hardware debugging. The ATLS218EV1.0 evaluation board developed by Analog Technologies Co., Ltd. is designed to accurately evaluate the ATLSxA218D series laser drivers. The ATLSxA218D series laser drivers are highly efficient and constant current ones for driving one or more laser diode arrays....(more)
Evaluation board ATLS218EV1.0 is designed to evaluate the functions and basic specifications for laser driver ATLS15A218D conveniently. The ATLS15A218D is a high efficiency constant current laser driver for driving laser diode. Since the ATLS15A218D laser driver comes with up to 15A current, the evaluation board not only provides good heat dissipation, but also power supply and connection ports, totally four ports. There are terminal blocks and solder pads at the input and signal ports. They are...(more)
If you need a high voltage power supply in your project and you are new to high voltage power supply, then how do you select a proper high voltage power supply ? At first, determine the output voltage range of the high voltage power supply according to the specific applications. There are positive and negative output voltages. Take ATIs high voltage power supply as an example. The high voltage power supplies come with positive output voltages from 1kV to 60kV, while the negative output voltages...(more)
ATI has developed a series high voltage and constant current laser drivers in recent days, the ATLSxA217D series, and ATLS4A217D is in this series. This laser driver comes with a maximum output current up to 4A and a wide input voltage range from 5.5V to 27V. Although it features high current and high voltage, no heat sink is needed in normal application due to its high efficiency, and the module size is also very small. This laser driver can be used for driving one or multiple laser diodes at t...(more)
