Adaptive Peltier Module, 85.6W, 3.9A, 35.5V, 40 x 40mm
Technical Document
Specifications
Brand
AdaptiveMaximum Cooling Capacity
85.6W
Maximum Temperature Difference
+74K
Maximum Current
3.9A
Maximum Voltage
35.5V
Active Area
40 x 40mm
Active Area Length
40mm
Active Area Thickness
3.6mm
Active Area Width
40mm
Country of Origin
China
Product details
Peltier Effect Thermoelectric Module
Thermoelectric Modules - Peltier Effect
A range of semiconductor thermoelectric devices working on the Peltier effect. When supplied with a suitable electric current, they can either cool or heat. When subject to an externally applied temperature gradient these devices will generate a small amount of electrical power.The larger devices can be used for cooling or controlling the temperature of sub-assemblies. The small size of the mini module makes it ideally suited for cooling miniature electronic components such as infra-red detector chips, microwave IC's, fibre-optic lasers and detectors.,Alternatively, it may be used to minimise the effects of temperature coefficients on oscillator stability, reference voltages, amplifier offsets etc. by providing temperature control.
Stock information temporarily unavailable.
AED 612.63
AED 612.63 Each (ex VAT)
AED 643.26
AED 643.26 Each (inc. VAT)
1
AED 612.63
AED 612.63 Each (ex VAT)
AED 643.26
AED 643.26 Each (inc. VAT)
Stock information temporarily unavailable.
1
| Quantity | Unit price |
|---|---|
| 1 - 4 | AED 612.63 |
| 5 - 9 | AED 581.92 |
| 10 - 24 | AED 563.57 |
| 25 - 99 | AED 539.07 |
| 100+ | AED 477.81 |
Technical Document
Specifications
Brand
AdaptiveMaximum Cooling Capacity
85.6W
Maximum Temperature Difference
+74K
Maximum Current
3.9A
Maximum Voltage
35.5V
Active Area
40 x 40mm
Active Area Length
40mm
Active Area Thickness
3.6mm
Active Area Width
40mm
Country of Origin
China
Product details
Peltier Effect Thermoelectric Module
Thermoelectric Modules - Peltier Effect
A range of semiconductor thermoelectric devices working on the Peltier effect. When supplied with a suitable electric current, they can either cool or heat. When subject to an externally applied temperature gradient these devices will generate a small amount of electrical power.The larger devices can be used for cooling or controlling the temperature of sub-assemblies. The small size of the mini module makes it ideally suited for cooling miniature electronic components such as infra-red detector chips, microwave IC's, fibre-optic lasers and detectors.,Alternatively, it may be used to minimise the effects of temperature coefficients on oscillator stability, reference voltages, amplifier offsets etc. by providing temperature control.