The TECA1-XV-XV-D Peltier controller is designed to drive thermal electric coolers (TECs), and its parameters can be customized. This Peltier controller has a compact size, 25.6mm*20mm*7.5mm (see Figure 1), so that it is very easy and convenient to use, carry and store. In addition, the Peltier controller has high reliability, high stability and some other advantages.(more)

The TEC5V4A-D is a Peltier controller, which is designed for driving thermal electric coolers (TECs). This Peltier controller has high efficiency (more than 90%), high stability (±0.01°C) and so on. It provides a DIP packaging.(more)

NTC thermistors are sensitive to air flow when they are in self-thermal status, so NTC thermistors has potential to measure wind velocity. Under the same temperature and electric condition, such as stable room temperature, provide a constant current to NTC thermistors for self-thermal. Put NTC thermistors in still air, at this time, the terminal voltage is the lowest. Then increase the wind velocity generally, and the terminal voltage increases accordingly. That’s because the flow air decreases the self-thermal temperature of NTC thermistors, and the resistance increases. More fast is the flow air, more obviously the temperature falls. Vice versa, when we know how much the self-thermal temperature falls by detecting the terminal voltages, we can know the wind velocity. This is the principle of wind velocity measurement.(more)

The TEC5V4A-D is a patented Peltier controller of ATI, with high efficiency, high stability, and high reliability. This Peltier controller has a compact size (see Figure 1), and is packaged in a metal enclosure, helping to block the interferences from other electronics. It is utilized to drive thermal electric coolers (TECs).(more)

The Peltier controller is an electric module, which is designed for driving thermal electric coolers (TECs) to realize heating and cooling. During operation, the Peltier controller has high efficiency, high reliability and high stability. In addition, it has a compact size (see Figure 1), which is convenient to use, carry and store. The controller comes with many interface ports, which can be used to set the desired parameters, such as the desired temperature, the maximum output voltage across the TEC, and the compensation network.The Peltier controller is packaged in a metal enclosure, so it has good shielding effect.(more)

The Peltier controller is an electric module, which is designed for driving thermal electric coolers (TECs). The Peltier controller provides many interface ports for users to set the desired temperature, the maximum output voltage across the TEC, and the compensation network. Asthecompensation network matches with the thermal load, the temperature loop is ensured stability. See Figure 1, the Peltier controller has a compact size and is packaged in a metal enclosure, helping block the interferences from other electronics.(more)

ATW3A314 is a high efficiency window Peltier controller, which is designed to control thermal electric coolers (TECs). Using ATW3A314 Peltier controller, a target object temperature can be regulated within a pre-set temperature window. This Peltier controller has high working efficiency (more than 90 %), a compact size, and zero EMI. Figure 1 is the photo of an ATW3A314 Peltier controller.(more)

ATW3A314 is a compact high efficiency electronic module, which is utilized to control thermal electronic coolers (TECs). ATW3A314 Peltier controller has a compact size and high efficiency (more than 90%), and it provides Seebeck voltage available. It comes with an automatic standby mode. Figure 1 is the physical picture of an ATW3A314 Peltier controller.(more)

TheTEC5V6A-D Peltier controller is a high efficiency, high reliability and high stability electronic module, which is designed to drive the thermal electric cooler modules (TEC). The TEC5V6A-D has a compact size (see figure 1), and it is packaged in a six sided metal enclosure, helping to block the electromagnetic interference. (more)

TEC modules, also called Peltier modules, are widely applied in temperature regulating systems. When standard TECs are exposed to thermal cycling, they will have shorter service life since it's hard to bear thermal impacts.(more)