Peltier controllersare also called TEC controllers, which are designed and released by ATI to drive thermal electric coolers (TECs). And Peltier controllers are the independent research and development products of ATI with good quality, long service lifetime and compact sizes. Peltier controllers can be divided into many types: TECA1-XV-XV-D series, TEC5V6A-D, and ATEC24V10A-D, etc.(more)

TECs stand forthermal electric coolers, which consist of Peltier elements. TECs are utilized to heat and cool according to the current direction, and as they haveno noise, no wearing, long service lifetime and high reliability, they have become more and more popular in cooling system. In order to keep the temperature stable and control the temperature preciselywhen using TECs, our company (ATI) has designed and released a series ofPeltier controller, and a typical one is shown in Figure 1.(more)

ATH10K1R25 series ntc thermistors are glass encapsulated thermistors with high stability and high precision that are popularly applied in temperature sensing for laser diodes, optical components, industrial process control, etc. All of these applications require high temperature sensitivity, long term stability, and/or high sensing temperature.(more)

Continued from the last article As shown in Figure 1, TECA1-5V-2.5V-Dis a typical Peltier controller of ATI (Analog Technologies, Inc.). This Peltier controller has an input voltage of 5V and the maximum output voltage of 2.5V. And the Peltier controller is packaged in a metal enclosure, which helps to block the interferences between the controller and other electronics.(more)

With the development of science and technology, thermal electric coolers (TECs) have become more and more popular in cooling systems. TECs can both heat and cool at the same time, depending on the direction of the input current. And TECs have many advantages of no pollution, no noise, no wearing, a long life time, and high reliability, etc.(more)

ATH100K1R25 series ntc thermistors are high precision glass encapsulated thermistors with long term stability. Comparing with conventional epoxy encapsulated thermistors, ATH100K1R25 has a wider temperature range, especially on the high end applications, better long term stability, smaller size, and a shorter response time. Besides the bare leads, we provide two insulation versions. One is with the two leads covered by plastic tubing, and the part number is ATH100K1R25T70, and the other one, the ATH100K1R25T70S, is sealed between the thermistor head and the plastic tubing. All of the thermistors can work under up to 140°C temperature and the latter is liquid resistant. The main parameters are shown in the table below.(more)

The ATH100K1R25 is a high precision and glass encapsulated NTC thermistor with high stability. This NTC thermistor can be applied for temperature sensing for laser diodes, optical components, temperature control system, industrial process control, etc. All these applications require high temperature sensitivity, long term stability, and/or high sensing temperature.(more)

TEC5V4A-D is a high efficiency Peltier controller, which is designed and produced by ATI. TEC5V4A-DPeltier controller comes with many interface ports that can be used to set the required object temperature and the maximum output voltage. This Peltier controller has high efficiency, high accuracy, high reliability, etc. Because of the above advantages, TEC5V4A-DPeltier controller has been widely utilized to drive TEC (thermoelectric cooler). The following is the photo of TEC5V4A-DPeltier controller.(more)

ATH10K1R0 is a NTC thermistor with thermistor head encapsulated with glass instead of epoxy. Glass encapsulated NTC thermistor presents better long term stability, more compact size, shorter response time, and a wider temperature range.(more)

ATH10KL2B is a NTC thermistor with an extra small ring lug that is used for easy fixing. There is a glass encapsulated NTC thermistor ATH10K1R25 with high stability and accuracy inside the ring lug. Glass encapsulated thermistor presents better long term stability and reliability, and has a wider temperature range.(more)