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Long life TEC modules refer to those that are designed for thermal cycling applications, i.e. frequent changes between heating up and cooling down. It is not practical for standard TEC modules since the life time will be largely reduced. This long life TEC module has much longer operational life than standard TEC in terms of thermal cycling application, thus it can be also called thermal cycling TEC module.

This thermal cycling TEC module comes with a maximum input voltage of 9V. There are two models in this ATE1-TC-71 series, one is with maximum current of 5.5A, and the other 7.8A, thus power ratings are different. The maximum temperature difference of the former is 74.5°C and the latter 72.5°C. The physical photo is shown in below.

TEC modules often work with our TEC controllers, which control the TEC modules in a stable and efficient temperature regulating system.

These TEC modules can also work with ntc thermistors for accurate temperature sensing, visit this webpage for more information:

http://www.analogtechnologies.com/tec-controller.html

There are more types of thermal cycling TEC modules and standard TEC modules, for more technical data of our TEC modules, please visit our webpage and datasheet:

http://www.analogtechnologies.com/tec-module.html

For more products of thermal system, please visit:

TEC module is also called thermoelectric cooler that is used to cool down or heat up objects. Long life TEC modules refer to those TECs that can be used in thermal cycling application, such as PCR devices, thermal cyclers, chillers and analyzers, thus they are also called thermal cycling TEC modules.

The ATE1-TC-70-15AS TEC module comes with 70 pairs of Peltier elements and a maximum input voltage of 9.6V. The maximum current of this TEC module is 15A. The maximum temperature difference that this TEC module can achieve is 72°C. All the edges of this TEC module is sealed so that moisture is blocked outside. The photo below shows the size of this long life TEC module.

TEC modules can work with TEC controllers, which control the TEC modules in a stable and efficient temperature regulating system. They can also work with ntc thermistors for accurate temperature sensing, please visit this webpage for more information:

http://www.analogtechnologies.com/tec-controller.html

There are more types of thermal cycling TEC modules and standard TEC modules, for more technical data of our TEC modules, please visit our webpage and datasheet:

http://www.analogtechnologies.com/tec-module.html

For more products of thermal system, please visit:

SMD inductors, resistors and capacitors are widely used in electronic products nowadays due to the stable performance and small sizes. This article introduces a inductor container that stores SMD inductors of different sizes and values.

The container is an enclosure with more than 100 lidded compartments inside and a final top cover that can close the whole enclosure, as shown in the picture below. Moreover, there is a foam pad inside the top cover, which is used to keep all the lids of the compartments closed so that no components inside the compartments will be leaked out. This inductor kit stores inductors with four sizes, 0402, 0603,0805 and 1008, and for each size, there are different values and pieces stored in the inductor kits. All the inductors in the kit are from renowned SMD inductor manufacturers, which ensures the quality. When any of inductors are used up, you can also refill the compartments with inductors or any other components you need.

Besides SMT inductor kits, we also provide other types of kits, including capacitor kits, resistor kits, and empty enclosure.

For more detailed information about this capacitor kits, please visit our website:

http://www.analogtechnologies.com/inductorkits.html

Related kits products can be found here:

http://www.analogtechnologies.com/capacitorkits.html

http://www.analogtechnologies.com/resistorkits.html

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 TEC module has a relatively smaller size, 40*40mm, which saves valuable spaces in temperature regulation systems. Besides, there are several options for current, such as 4A, 5A and 6A, thus the power ratings are different. All the TEC modules in this series are sealed version, which can be applied in moisture environment. The maximum temperature different that the TEC module can achieve is 67°C. The physical photo is shown in below.

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 current noise is <12μA when the frequency is from 0.1Hz to 10Hz. Inside the laser driver, there is a protection circuit for preventing the driver from being overheated. When the temperature of the laser driver exceeds a temperature limit, the driver will shut down itself automatically and will restart when the temperature goes back to a normal value.

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 current noise is <12μA when the frequency is from 0.1Hz to 10Hz. Inside the laser driver, there is a protection circuit for preventing the driver from being overheated. When the temperature of the laser driver exceeds a temperature limit, the driver will shut down itself automatically and will restart when the temperature goes back to a normal value.

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 TEC module has a relatively smaller size, 40*40mm, which saves valuable spaces in temperature regulation systems. Besides, there are several options for current, such as 4A, 5A and 6A, thus the power ratings are different. All the TEC modules in this series are sealed version, which can be applied in moisture environment. The maximum temperature different that the TEC module can achieve is 67°C. The physical photo is shown in below.

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 current noise is <12μA when the frequency is from 0.1Hz to 10Hz. Inside the laser driver, there is a protection circuit for preventing the driver from being overheated. When the temperature of the laser driver exceeds a temperature limit, the driver will shut down itself automatically and will restart when the temperature goes back to a normal value.

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 current noise is <12μA when the frequency is from 0.1Hz to 10Hz. Inside the laser driver, there is a protection circuit for preventing the driver from being overheated. When the temperature of the laser driver exceeds a temperature limit, the driver will shut down itself automatically and will restart when the temperature goes back to a normal value.

ATLS500MA103 is a laser diode driver with a maximum current up to 500mA. This laser driver comes with low noise, 5µAP-P at 0.1Hz to 10Hz. The power supply voltage is 5V, and the output voltage range is from 1.5V to 4V. Since the heat generated by this laser driver is <1W, so there is no need to provide a heat sink for this laser driver. This laser diode driver has a metal enclosure with six sides, which blocks EMI from other electronics. Moreover, this laser driver has a compact size that can save space for most applications and designs. There are two packages, DIP package and SMT package, among which DIP package laser driver can be evaluated by our evaluation board, ATLS1A103DEV1.0. This evaluation board can only evaluate DIP package laser driver. The physical photo of this laser driver ATLS500MA103 is as below.

Laser diode is widely used in many fields nowadays, so there is an urgent need for laser diode driver with high efficiency, high stability and low noise. ATI provides various types of laser diode drivers with different currents and noise values, and ATLS1A103 is one of the most popular laser drivers among them. ATLS1A103 laser diode driver comes with ultra low noise, about 6μAP-P at the frequency of 0.1Hz to 10Hz. This laser driver doesn't need heat sinks to dissipate heat since the power consumption maintains less than 1W. Moreover, there is a overheat protection circuit in the laser driver, which can shut down the laser driver automatically when the temperature of the laser driver exceeds the temperature limit, 120 Celsius degree. This could prevent the laser driver from being burnt by overheat. As shown in the physical photo of ATLS1A103 below, this laser driver has a metal enclosure and a compact size.

NTC thermistor is short for negative temperature coefficient thermistor, the resistance of which decreases when the temperature rises. NTC thermistor has been widely applied in many fields, such as electronic thermometer, air conditioner, or automobile temperature measurement and monitor circuit. ATH100KR8 is a typical NTC thermistor manufactured by ATI, which provides various types of NTC thermistors. As shown in the part number, ATH100KR8, we can see that the nominal resistance at 25°C is 100k, and "R8" refers to the diameter of the thermistor head, 0.8mm, very compact a size. This NEC thermistor also comes with a high resistance accuracy, 1%, which can meet the requirements of general applications. Moreover, if you need NTC thermistors with higher accuracy, you could also find it in our website below. The photo below is the physical photo of NTC thermistor ATH100KR8.

ATLS250MA106 is one of laser diode driver designed and manufactured in Analog Technologies, Inc. This laser driver comes with low output noise and high output current absolute accuracy. It can be used for driving laser diodes, such as DPSSL, EDFA, SOA, fiber laser, etc. This laser diode driver has a maximum output current of 250mA with low noise. The noise value is 4.5µVP-P at 0.1Hz to 10Hz. This output current can be linearly set by an input voltage, or modulated by an external signal of up to 100kHz in bandwidth, which results in a minimum 1.5μS rise and fall time at the output current. Moreover, it is packaged in a metal enclosure which blocks EMI from other electronics. The size of this laser driver is compact, which saves space and energy. This laser driver can be used in a wide temperature range, from −40 ~ 85°C.

ATH10K1R25 is a glass encapsulated negative temperature coefficient thermistor, which comes with high performance, high precision, and high stability. This ntc thermistor has a compact size with the diameter of the thermistor head 1.25mm, as shown in the photo below. The nominal resistance @ 25°C is 10k. There are two lead wires with the length of 70mm. For the type of the lead wires, we have three versions: one is bare leads; the second one has the leads covered with plastic tubing, which prevents them from shorting each other; the third one is the sealed version of the second one, which can be used in moisture environment. The corresponding part numbers of the three version are ATH10K1R25, ATH10K1R25T70 and ATH10K1R25T70S. Except the difference in the lead wires, there are basically no other differences among the three versions of ntc thermistors.

NTC thermistor is short for negative temperature coefficient thermistor, the resistance of which decreases when the temperature rises. NTC thermistor has been widely applied in many fields, such as electronic thermometer, air conditioner, or automobile temperature measurement and monitor circuit. ATH100KR8 is a typical NTC thermistor manufactured by ATI, which provides various types of NTC thermistors. As shown in the part number, ATH100KR8, we can see that the nominal resistance at 25°C is 100k, and "R8" refers to the diameter of the thermistor head, 0.8mm, very compact a size. This NEC thermistor also comes with a high resistance accuracy, 1%, which can meet the requirements of general applications. Moreover, if you need NTC thermistors with higher accuracy, you could also find it in our website below. The photo below is the physical photo of NTC thermistor ATH100KR8.

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 current noise is <12μA when the frequency is from 0.1Hz to 10Hz. Inside the laser driver, there is a protection circuit for preventing the driver from being overheated. When the temperature of the laser driver exceeds a temperature limit, the driver will shut down itself automatically and will restart when the temperature goes back to a normal value.

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 current noise is <12μA when the frequency is from 0.1Hz to 10Hz. Inside the laser driver, there is a protection circuit for preventing the driver from being overheated. When the temperature of the laser driver exceeds a temperature limit, the driver will shut down itself automatically and will restart when the temperature goes back to a normal value.