Showing
1 - 7
of 7
Compare
Mfr Part #
Price
Stock
Supplier
Mfr
Min Qty
DK Part #
Series
Package
Part Status
Size / Dimension
Qmax @ Th
Delta Tmax @ Th
Height
Number of Stages
Current - Max
Voltage - Max
Resistance
Operating Temperature
Features
CP85438
PELTIER MOD 40 X 3.8MM 8.5A INP
$34.20000
1,612 - Immediate
CUI DevicesCUI Devices
1
102-1682-ND
CP85
Box
ActiveSquare - 40.00mm L x 40.00mm W75.0W @ 27°C68°C @ 27°C3.80mm18.5 A15.4 V1.5 Ohms80°CLead Wires, Sealed - Silicone RTV
CP85
PELTIER MOD 40X3.5MM 8.5A INPUT
$60.51000
187 - Immediate
CUI DevicesCUI Devices
1
102-4041-ND
CP85
Box
ActiveSquare - 40.00mm L x 40.00mm W118.0W @ 27°C68°C @ 27°C3.50mm18.5 A24.1 V2.28 Ohms80°CLead Wires
CP85338
PELTIER MOD 30 X 3.8MM 8.5A INP
$26.34000
234 - Immediate
CUI DevicesCUI Devices
1
102-1681-ND
CP85
Box
ActiveSquare - 30.00mm L x 30.00mm W42.0W @ 27°C68°C @ 27°C3.80mm18.5 A8.6 V900 mOhms80°CLead Wires, Sealed - Silicone RTV
CP85
PELTIER, 20 X 40 X 3.5 MM, 8.5 A
$30.12000
100 - Immediate
CUI DevicesCUI Devices
1
102-4440-ND
CP85
Box
ActiveRectangular - 20.00mm L x 40.00mm W37.4W @ 27°C68°C @ 27°C3.50mm18.5 A7.6 V750 mOhms80°CLead Wires
CP85
PELTIER, 30 X 15 X 3.6 MM, 8.5 A
$25.86000
82 - Immediate
CUI DevicesCUI Devices
1
102-4442-ND
CP85
Box
ActiveRectangular - 30.00mm L x 15.00mm W20.0W @ 27°C68°C @ 27°C3.60mm18.5 A4.2 V410 mOhms80°CLead Wires
CP85x38
PELTIER MOD 15 X 3.8MM 8.5A INP
$18.60130
0 - Immediate
CUI DevicesCUI Devices
100
Non-Stock
102-1679-ND
CP85
Box
ActiveSquare - 15.00mm L x 15.00mm W10.0W @ 27°C68°C @ 27°C3.80mm18.5 A2.1 V200 mOhms80°CLead Wires, Sealed - Silicone RTV
CP85x38
PELTIER MOD 20 X 3.8MM 8.5A INP
$20.99390
0 - Immediate
CUI DevicesCUI Devices
100
Non-Stock
102-1680-ND
CP85
Box
ActiveSquare - 20.00mm L x 20.00mm W18.0W @ 27°C68°C @ 27°C3.80mm18.5 A3.8 V400 mOhms80°CLead Wires, Sealed - Silicone RTV
Showing
1 - 7
of 7

Thermal - 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.