TECA1-5V-5V-D without internal compensation network is designed for driving thermoelectric cooler (TEC) with 2A ultra low noise current. When it is powered with 5V power supply, the output voltage is from 0V to 5V. In order to use TEC controller more easily, our company (ATI) has released an evaluation board TECEV104.(more)

ATE1-49 is a series of TEC modules with a maximum input voltage of 5.9V and 49 pairs of Peltier elements. They are designed to regulate the temperature for target objects and stabilize the temperature in a wide temperature range. TEC modules are applied in more and more fields since there are no moving parts in it and the size is also compact.(more)

A high efficiency TEC controller, TECA1-xV-xV-D, is designed for driving TECs. It can be highly stable when adjusting the object temperature. There are many models of TEC controllers that can be selected based on customer requirements. The first “xV” in part number TECA1-xV-xV-D, stands for the input voltage, and the second “xV” stands for the maximum TEC voltage. Two packaging are available: DIP and SMT. It has a very small package with a 6 sided metal enclosure to prevent the controller and other electronics from interfering with each other. TEC controller TECA1-xV-xV-D has a high stability and low noise 3.0V voltage reference, which can be used for setting the desired object temperature.(more)

ATE1-63 series thermoelectric coolers have 63 pairs of Peltier elements with a maximum input voltage of 8V. This series TEC modules are designed for heating up and cooling down objects in a wide temperature range, up to 200°C. TEC modules can be applied in solid state lasers, optical components, bio-tech testing benches, etc.(more)

Peltier controller TEC5V6A-D is a high efficiency and high stability module in regulating the object temperature that drives peltier modules. The TEC5V6A-D is packaged in a 6-sided metal enclosure, which blocks EMIs to prevent the controller and other electronics from interfering with each other. At the same time, there are other peltier controllers in TEC5V6A series, such as TEC5V6A-S, TEC5V6A-DAH etc. The block diagram of TEC5V6A-D is shown below.(more)

A high efficiency 2.5A TEC controller, TECA1-xV-xV-D, is designed for driving TECs. It can be highly stable to adjust the object temperature. It has a very small package with a 6 sided metal enclosure to prevent the controller and other electronics from interfering with each other. There are many models for your choice. The first “xV” in part number TECA1-xV-xV-D, stands for supply voltage, the second “xV” stands for the maximum TEC voltage. We also have different packaging: DIP and SMT. You can choose the model according to your needs.(more)

With the rapid development of science and technologies, ATI has invested substantive manpower, material resources and funds to develop new products. Finally, we developed this Ultra Low Noise Diode Laser Drivers/Controllers, whose part No. is ATLS100MA103. In the part No., 100mA represents its means output current, while 103 is our series Number.(more)

Are you confused with choosing a reliable and high quality laser drivers’ supplier? Here, ATI has engaged in the field of electronics for more than 21 years, so we have much experience. We have summarized the features of our high efficiency constant current laser driver, CWD-01-V2-D. Before this, please take a look at the physical photo of the laser driver.(more)

Peltier controller is designed and used for driving Peltier coolers. Peltier cooler can also be called TEC module, so Peltier controller is also called TEC controller. ATI designed and manufactured various types of Peltier controllers that are used for driving TEC modules. We also provides multiple types of TEC modules for temperature applications.(more)

LDA1-CP1-D is packaged in a 6 sided metal enclosure with small size; it prevents drivers and other electronic devices from interfering with each other. It is designed to drive p-type diode lasers with good control and stability. It can monitor the drive current and output laser power. Two versions are available: the LDA1-CP1-D-SNI and the LDA1-CP1-D-SNO. The former one represents that the external signal synchronizes the signal of the chip, and the latter one is that the signal of the chip synchronizes the external signal.(more)