Thermoelectric cooler series ATE1-288 has a largest maximum input voltage, 35V, which allows a maximum current getting through the TEC modules from 6A to 20A. This series TEC modules are all sealed between the two ceramic plates, which extends the service life of the TEC modules by preventing moisture from getting into the inner part of the TEC modules. For this series TEC modules, the maximum temperature difference it can attain is 68C. Different current options result in different power rating...(more)
ATE1-241 series thermoelectric coolers have a relatively high maximum input voltage, 28.9V, with 241 pairs of Peltier element, thus it can also be called Peltier cooler, or TEC module. This series TEC modules have different options for current value, thus different power ratings. The current value can be 6A, 8A or 10A. The maximum temperature difference is 68C. All the TEC modules in this series have sealed edges, so that moisture cannot enter into the Peltier elements of the TEC modules, which...(more)
With 161 pairs of Peltier elements, ATE1-161 series thermoelectric coolers come with a maximum input voltage of 19.3V. This TEC modules is aimed to regulate and stabilize the temperature in a wide range, and it can be used in air conditioner, IC, solid state laser, icebox, etc. This TEC module has two bare and flat ceramic plates, which can be mounted onto flat metal surfaces by inserting thermal conductive materials, such as thermal pad or thermal paste. Compared to other types of cooler, this...(more)
ATLS6A214 laser driver comes with high voltage, constant current, and high efficiency. The efficiency can reach over 90%, so there is no need for heat sink. It also has a compact size, 27.4*21*5.7mm, which saves valuable PCB space in laser applications. The input voltage range is from 5V to 14V, and the maximum output current is 6A, as indicated in the part number, ATLS6A214. This high voltage laser diode driver can drive multiple laser diodes with high efficiency at the same time. The output cu...(more)
ATLS6A214 laser driver comes with high voltage, constant current, and high efficiency. The efficiency can reach over 90%, so there is no need for heat sink. It also has a compact size, 27.4*21*5.7mm, which saves valuable PCB space in laser applications. The input voltage range is from 5V to 14V, and the maximum output current is 6A, as indicated in the part number, ATLS6A214. This high voltage laser diode driver can drive multiple laser diodes with high efficiency at the same time. The output cu...(more)
ATH100K1R25 is a glass encapsulated ntc thermistor with two copper coated lead wires. This ntc thermistor has higher stability and precision than general epoxy encapsulated thermistor. The thermistor can be used to sense the temperature for those applications, where require high temperature sensitivity, long term stability, and high sensing temperature, such as optical components, laser drivers, industrial process control, etc.. This series ntc thermistors are divided into three types, one is wi...(more)
ATLS4A214 is a high voltage constant current laser diode driver, which comes with a wide input voltage range, from 5V to 14V. This laser diode driver has a high efficiency, over 90%, so there is no need for heat sinks. As shown in the picture below, a 6 sided metal enclosure can block all the incoming and outgoing EMIs, so it will not interfere or be interfered by other electronics. This laser driver also has a compact size, which saves space for most applications. There are some other features,...(more)
ATH10KL2C ntc thermistor assembly is similar to ATH10KL2B. The difference between them lies in the size of the ring lug outside the thermistor head. The thermistor head inside the ring lug is the same, a glass encapsulated ntc thermistor. The inner diameter of the ring lug in ATH10KL2C is larger than that in ATH10KL2B, which means a larger hole. The thermistor assembly is used for easy and fast mounting. Moreover, there are two more types in this series, ATH10KL2CT70 and ATH10KL2CT70S. The forme...(more)
