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TGP-751 Datasheet(PDF) 9 Page - List of Unclassifed Manufacturers

Part # TGP-751
Description  ThermoHarvesting Wireless Sensor System
PDF  35 Pages
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Manufacturer  ETC2 [List of Unclassifed Manufacturers]
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TGP-751 Datasheet(HTML) 9 Page - List of Unclassifed Manufacturers

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Micropelt - preliminary - Datasheet TE-CORE /RF v1.4 | Page 9
Thermoharvesting Wireless Sensor System
Micropelt TE-CORE /RF
2.4 Output Power and Battery Benchmark
The next table lists selected output characteristics of the
TGP-751, integrated in a TE-CORE7 /RF Energy Har-
vesting module in standard configuration and under
standard lab conditions. The DC-DC booster is not
used.
For an easy matching with known battery consumption
figures an annual ‘gross’ harvesting result is provided.,
assuming constant thermal conditions.
The output voltage of the TGP-751 at a given external
(gross) temperature differential is higher than the
TGP-651 one. Hence the DC-DC booster starts at lower
∆T conditions. Better starting conditions may be
achieved by using a more efficient heat sink, as men-
tioned in the following table (at ambient 25ºC / 77°F):
The TE-CORE / RF will start operation at an open circuit
TGP voltage of typical 360 mV and therefore under the
next temperature profile conditions:
*Heat sink: Fischer Electronic, Sk422-33-SA
TGP Output power and Battery-Equivalent
(at 25°C ambient)
Thot
[°C]
Uoc
[Volt]
Power
[mW]
Annually
[mAh]
Batteries
[AA]
TE-CORE7 /RF*
EH module
40
0.56
0.36
2.102
1-2
50
0.96
1.1
6.424
3-4
60
1.4
2.2
12.848
> 6
Small HS
(Sk422 33)
Midsize HS
(Sk422 50)
Larger HS
(Sk422 90)
TE-CORE6 /RF
35.0 ºC
[95.0 °F]
34.5 ºC
[94.1 °F]
33.5 ºC
[92.3 °F]
TE-CORE7 /RF
33.5 ºC
[92.3 °F]
33.0 ºC
[91.4 °F]
32.0 ºC
[89.6 °F]
Small HS
(Sk422 33mm
Midsize HS
(Sk422 50)
Larger HS
(Sk422 90)
TE-CORE6 /RF
100%
125%
135%
TE-CORE7 /RF
100%
130%
185%
The next table describes the increase of output power
with different heat sink sizes, which can be used in
combination with the Energy Harvesting module:
TE-CORE7 /RF with a bigger heat sink generates a sig-
nificant increased output power, due to the lower ther-
mal resistance of TPG-751. Whereas for TE-CORE6 /RF
the advantages of large heat sinks are limited.



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