OT2.0-65-F2A

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Thermoelectric material utilizes the property of thermoelectric effect to cool or heat the contact surface. This effect has been known for centuries, although it\'s until recently that it had become widely used because of improved manufacturing techniques which makes it more reliable and efficient. OT2.0-65-F2A thermal module is one of the thermoelectric coolers (TECs) that make use of thermoelectric effect. It is a DC powered device, suitable for cooling, condensing, and vaporizing applications. Composed of two ceramic plates which sandwiched the Peltier element and TEC controller, OT2.0-65-F2A thermal module brings many benefits to design process and application fields.

In terms of working principle, OT2.0-65-F2A thermal module relies on the Peltier effect, or the thermoelectric effect. The Peltier effect, named after its discoverer Jean Charles Peltier, occurs when electrical current passes through the junction between two different types of materials, either semiconductor or metal. When current is applied, it will selectively transfer heat across two faces. Depending on the direction of the electrical current, the heat will either be transferred from one side to the other, or vice versa. This creates a very effective cooling or heating process for OT2.0-65-F2A module.

OT2.0-65-F2A thermal module is fabricated with precisely manufactured ceramic plates which are thermally matched. Each plate has a Peltier element embedded within it that is soldered onto an integrated circuit carrier and wire bonded to achieve high performance in range of temperatures. OT2.0-65-F2A module has a TEC controller which prevent overdrive or over temperature. The cooling capacity of OT2.0-65-F2A module is as high as 65W, with a cooling power of up to 15.6A.

OT2.0-65-F2A thermal module is widely used in many application fields, such as medical equipment, camping and outdoor cooling, datacom and telecom, industrial cooling, semiconductor lasers, and instrumentation etc. For many of these applications, OT2.0-65-F2A module is able to generate cooling rates of up to 65W providing cooling rates and stability in temperatures.

OT2.0-65-F2A thermal module is a great choice for applications where precision in cooling performance is important. It brings reliability to applications that would otherwise require bulky and complex components in order to achieve the same performance levels, giving designers more options when selecting components for their projects. With its high levels of performance and reliability, OT2.0-65-F2A is quickly becoming the go-to choice for many different types of application field.

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