TEC5V6A-DAH is an upgraded version of ATI existed TEC controller TEC5V6A-D. This TEC controller has a higher precision than existed TEC controller in driving thermoelectric cooler. The TEC5V6A-DAH TEC controller is used for regulating the object temperature with high stability, high energy efficiency, and zero EMI. It provides some interface ports for setting the desired object temperature, such as the set-point temperature, the maximum output voltage across TEC, and the compensation network. Co...(more)
TEC5V4A-DAH TEC controller is newly developed by ATI, based on the existing TEC controller TEC5V4A-D. This TEC controller is designed and used for driving TEC (thermoelectric cooler) with high stability, high efficiency, and high precision. As indicated in the part number, TEC5V4A-DAH, the maximum output current is 4A and the maximum output voltage is the input voltage minus 0.2V. As mentioned above, the stability of this TEC controller can reach 0.01C, and the efficiency is as high as over 90%....(more)
103 series laser drivers come with ultra low noise, and the current value can be 100mA, 200mA, 250mA, 500mA or 1A. This laser driver, ATLS200MA103, is one of 103 series laser drivers. It is used for driving diode lasers with up to 200mA low noise current. As shown in the photo below, this laser driver has a very small size so that it can save a lot of space for most of applications. The input voltage is 5V and the output voltage is 1.5V to 4V. The noise is as low as 2.5AP-P @ 0.1Hz to 10Hz. Ther...(more)
ATI designs and manufactures multi-types of laser drivers, and this laser driver, ATLS100MA103, comes with ultra low noise. This laser driver is used for driving diode lasers with low noise and maximum output current of 100mA. Besides low noise, this laser driver features a compact size, which saves a lot of spaces in most applications. It is enclosed in a six sided metal enclosure for zero EMIs. This laser driver is powered by a 5V power supply and outputs a voltage from 1.5V to 4V. Since this...(more)
TEC controllers are designed for driving TEC modules in a temperature control system. In order for easy evaluation on TEC controllers, evaluation board TECEV104 is developed. This evaluation board can be used with all the TECA1 series TEC controllers in ATI, such as TECA1-5V-2.5V-D, TECA1-3V-3V-D, TECA1-3V-2.5V-D, etc. This evaluation board TECEV104 is purposed for tuning the external compensation network of TEC controller in order to match the characteristics of users thermal load. This will mi...(more)
Thermo-electric cooler is also called TEC module, which is short for it. Our TEC controller is designed for driving such TEC modules with high efficiency and stability. TECA1-xV-xV-D is one of our TEC controllers. It is designed to regulate the object temperature with several interface ports, such as set-point temperature, the maximum output voltage across TEC, and the compensation network. This TEC controller comes with high efficiency, up to 90% and more. The maximum output current is 2.5A. It...(more)
ATI manufactures various types of TEC modules, including standard TEC modules and long life thermal cycling TEC modules. The former features good performance and low cost, and the latter has a longer life time when being used in thermal cycling applications. ATE1-TC-127 series TEC modules are among the thermal cycling long life TEC modules. This series TEC modules include two types, one is sealed TEC module, and the other is non-sealed one. The sealed TEC module can be applied in moisture enviro...(more)
Thermal cycling TEC modules can also be called long life TEC modules, which are often used in thermal cycling applications. ATE1-TC-71 series TEC modules belong to this kind of long life thermoelectric coolers. As the part number shows, this series TEC module comes with 71 pairs of Peltier elements, with the maximum currents of 5.5A and 7.8A, thus the power ratings being different. There are two flat ceramic plates on both side of TEC modules, and they can be mounted to other metal surfaces with...(more)
