NL1025T-01AC

The NL1025T-01AC is a thermoelectric Peltier module that is used to create a temperature differential between two surfaces.It utilizes the Peltier Effect, which is a phenomenon that occurs when a current is passed through two dissimilar metals, resulting in a transfer of heat from one side to the other.

The NL1025T-01AC uses bismuth telluride as the thermoelectric material between two thin substrates - one positive one negative.When a current is applied across the substrates, the bismuth telluride generates a temperature differential.This phenomenon is called the Peltier Effect, and the NL1025T-01AC is one of the most efficient thermoelectric Peltier modules available.

The NL1025T-01AC is typically used in cooling applications, such as thermoelectric cooling modules for computers, laptops, and tablets, as well as in medical applications for thermal massage as well as hyperthermia.It is also popularly used in environmental research, cryogenics, industrial lasers, and other various applications that require a precise temperature differential.It is well-suited for operation in either high or low ambient temperatures, due to its high tolerance for both.

The NL1025T-01AC is also an ideal choice for consumer electronics applications that require tight temperature control, as it is both reliable and energy efficient.It is also compatible with multiple power sources, and offers a wide temperature range from -80°C to 200°C.Additionally, it has a low thermal resistance, which means it can be used for operations with a minimal temperature difference.

The NL1025T-01AC may also be used in thermoelectric heaters for applications where a temperature differential must be maintained.It is capable of accepting various voltages ranging from 12 to 26 Volts, and offers a reliable and efficient method of heating.As an added benefit, it is also temperature compensated, meaning it is more accurate in temperature regulation.

Overall, the NL1025T-01AC is a great choice for any application requiring a reliable, efficient thermoelectric Peltier module.Its wide range of capabilities along with its low thermal resistance make it an ideal candidate for a variety of cooling and heating applications.The multiple power sources and temperature compensation features add to its appeal, making it an invaluable tool for both commercial and consumer applications.