LDA1-CP2 is an electric module, which is designed by ATI to drive N type laser diodes. This laser driver can control and monitor the driving current and the output laser power well. The LDA1-CP2 laser driver comes with PWM output stage and the efficiency can be up to 90%, so there is no need of heat sinks. It is very convenient for users to use and carry. Figure 1 is the physical photo of the LDA1-CP2 laser driver.(more)

The ATLS4A214 laser driver is an electric module, which is used to drive laser diodes with high voltage and constant current. The voltage range of the power supply is from 5V~16V. Because of high working efficiency, the laser driver needs no heat sink. This laser driver has a compact size, 27.4mm×20.9mm×8.9mm, as shown in Figure 1 and it is packaged in a metal enclosure to block electromagnetic interference.(more)

The ATLS250MA106 laser driver is an electric module, which is used to drive laser diodes with up to 250mA extra low noise current. When powered by 5V power supply, the range of its output voltage is from 1.5V to 4V. During operation, there is no need of heat sink, and it also has a compact size, as shown in Figure 1, so it is very convenient to use in applications with limited space.(more)

A series of high voltage power supplies are developed in our company. These products are designed for achieving DC-DC conversion from low voltage to high voltage, and can be applied in many fields, such as nondestructive inspection high voltage power supply, semiconductor manufacturing equipment high voltage power supply, capillary electrophoresis high voltage power supply, nondestructive detection high voltage power supply, particles injection high voltage power supply in semiconductor technology, etc. (more)

ATSLTL1R8W is a kind of touch LED table lamps, which is released by our company (ATI). Besides lighting, the ATSLTL1R8W LED lamp has many other functions, such as charging mobile phones,iPhone, iPad, iPod, GPS and other digital products and displaying date, time and temperature. The LED lamp mainly features that it is powered by a solar charging system so that it can save energy a lot.(more)

In order to drive laser diodes, our company (ATI) has designed and produced an electric module, which is also called laser driver. And laser drivers released from our company features high stability, high efficiency, low noise and small size. There are many series laser drivers available and Figure 1 is the photo of a typical one.(more)

ATI is the abbreviation of Analog Technologies, Inc., which specializes in designing and releasing laser drivers, TEC controllers, SMD/SMT component kits, etc. Laser driver is a typical product of ATI, which is used to drive laser diodes with high stability, high efficiency, and low noise. And there is a wide variety of advanced laser drivers available, such as ATLSXA212 series, ATLSXA214 series, ATLS_XXX_103 series and so on.(more)

Peltier module is also called TEC module, short for thermo-electric cooler. ATE1-07 series Peltier modules come with 7 pairs of Peltier elements inside the module. There are two flat ceramic plates on the both sides, which are used to be mounted onto other surfaces by inserting thermal conductive materials, such as thermal pad or thermal conductive paste.(more)

201 series constant current laser diode drivers are designed and applied for driving diode lasers with a maximum current of 1A, 2A, 3A, 4A and 6A. This laser driver ATLS1A201D comes with up to 1A low noise current. There are two types of ATLS1A201D laser drivers, ATLS1A201D and ATLS1A201D-PD. The difference is that the latter has a pull-down resistor of 55K to the ground in SDN pin.(more)

ATE1-127 series Peltier cooler comes with 127 pairs of Peltier elements between the two flat ceramic plates. The maximum input voltage of this TEC module is 15.4V. The maximum current is selectable from 3A to 18A, resulting in different power ratings. This series TEC modules come with two different operating temperature ranges: one is from −60°C to 85°C and the other is from −60°C to 200°C. The latter has an part number with a suffix “H”, standing for high temperature, while the former doesn't have this suffix.(more)