Thermoelectric, Peltier Modules

Results: 5

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Size / Dimension

Rectangular - 30.00mm L x 15.00mm WRectangular - 44.00mm L x 40.50mm WSquare - 15.00mm L x 15.00mm WSquare - 20.00mm L x 20.00mm WSquare - 30.00mm L x 30.00mm W

Qmax @ Th

8.6W @ 27°C16.5W @ 27°C18.7W @ 27°C35.2W @ 27°C71.8W @ 27°C

Height

3.58mm3.60mm3.61mm3.65mm

Voltage - Max

3.8 V7.6 V8.8 V15.7 V32.5 V

Resistance

850 mOhms1.73 Ohms1.95 Ohms3.5 Ohms6.95 Ohms

Operating Temperature

80°C-

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Mfr Part #	Quantity Available	Price	Series	Package	Product Status	Size / Dimension	Qmax @ Th	Delta Tmax @ Th	Height	Number of Stages	Current - Max	Voltage - Max	Resistance	Operating Temperature	Features

CP39301536H PELTIER, 30 X 15 X 3.6 MM, 3.9 A CUI Devices	697 In Stock	1 : $30.56000 Box	CP39H, arcTEC	Box	Active	Rectangular - 30.00mm L x 15.00mm W	16.5W @ 27°C	70°C @ 27°C	3.60mm	1	3.9 A	7.6 V	1.73 Ohms	80°C	Lead Wires, Sealed - Silicone RTV
CP394044365 PELTIER, 40 X 44 X 3.65, 3.9 A, CUI Devices	23 In Stock	1 : $60.66000 Box	CP39H, arcTEC	Box	Active	Rectangular - 44.00mm L x 40.50mm W	71.8W @ 27°C	70°C @ 27°C	3.65mm	1	3.9 A	32.5 V	6.95 Ohms	-	Lead Wires, Sealed - Silicone RTV
CP39236H PELTIER, 20 X 20 X3.6 MM, 3.9 A, CUI Devices	8 In Stock	1 : $31.27000 Box	CP39H, arcTEC	Box	Active	Square - 20.00mm L x 20.00mm W	18.7W @ 27°C	70°C @ 27°C	3.61mm	1	3.9 A	8.8 V	1.95 Ohms	80°C	Lead Wires, Sealed - Silicone RTV
CP39136H PELTIER, 15 X 15 X 3.6 MM, 3.9 A CUI Devices	0 In Stock	100 : $22.63450 Box	CP39H, arcTEC	Box	Active	Square - 15.00mm L x 15.00mm W	8.6W @ 27°C	70°C @ 27°C	3.58mm	1	3.9 A	3.8 V	850 mOhms	80°C	Lead Wires, Sealed - Silicone RTV
CP393365H PELTIER, 30 X 30 X 3.65 MM, 3.9 CUI Devices	0 In Stock	100 : $37.28110 Box	CP39H, arcTEC	Box	Active	Square - 30.00mm L x 30.00mm W	35.2W @ 27°C	70°C @ 27°C	3.65mm	1	3.9 A	15.7 V	3.5 Ohms	80°C	Lead Wires, Sealed - Silicone RTV

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Thermoelectric, Peltier Modules

Thermoelectric or Peltier Modules are devices that are designed for thermal transfer using the Peltier effect. As current passes through the junction between two ceramic substrates, heat is produced on one side of the junction and absorbed on the other side. A heatsink is recommended for the hot side of the module. The characteristics are Qmax @ Th, Delta Tmax @ Th, current max, voltage max, resistance, and operating temperature.