TGP-651 Micropelt, TGP-651 Datasheet
TGP-651
Specifications of TGP-651
Related parts for TGP-651
TGP-651 Summary of contents
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... TGP-751 TGP-651 ThermoGenerator-Package (TGP) Thin Film Thermogenerator inside standard package Preliminary Datasheet ...
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... TGP-751 / TGP-651 Important Notices – Please read carefully prior to use Micropelt Products are prototypes Micropelt supplies thermoelectric coolers and thermogenerators in package, as well as energy harvesting modules (hereinafter referred to as “Prototype Products”). The Prototype Products distributed by Micropelt to date are proto- types that have not yet been released to manufacturing and marketing for regular use by end-users. The Prototype Products are still being optimized and continuously tested ...
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... TGP-751 / TGP-651 1. Introduction 1.1 General description The TGP-751 / TGP-651 is a packaged Micropelt ther- mogenerator, which offers the superior performance of Micropelt’s thin-film, solid-state generators in a stand- ard packaging concept. Micropelt’s thermogenerator chips offer a very high power density, with up to 100 leg pairs per mm², and a very high output voltage ...
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... TGP-751 / TGP-651 1.4 Typical electrical application — ultra low power DC/DC Booster 1.4.1 DC booster for low start-up voltage Electrical diagram of DC Booster (refer Micropelt TE-CORE module datasheet), which up-converts the TGP output voltage to 1 4.5 V (configurable through resistor resoldering). No access to external storage. DC booster concept, as used in Micropelt TE-CORE thermoharvesting power module 1 ...
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... TGP-751 / TGP-651 1.5 Typical thermal application The TGP can be integrated into a standard (FR4) PCB via a through hole for the thermal path. This allows a me- chanical construction for the hot and cold side of the thermal harvester power source, with an optimum ther- mal performance. ...
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... TGP, resulting in a larger, net delta-T over the TGP. Heat sink Clear and brief: The TGP-751 has a larger active area, than the TGP-651, hence TGP-751 is better suited for applica- tions, that require: Operation optimum of a thermal system is when: ...
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... TGP-751 / TGP-651 2.2 Electrical parameters of TGP components The matched output power and open circuit output voltage of the TGP depend on the temperature gradi- ent across the device. To achieve well defined test conditions, both the hot and cold side of the TGP component are held at de- fined temperatures ...
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... TGP-751 / TGP-651 2.3 Output power performance application The matched output power depends on the character- istics of the thermal path from heat source to ambient (cold side). The heatsink type, dimensions and position are of influence. The TGP measurements are made with the TE- CORE7 ThermoHarvesting Power module, using ...
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... TGP-751 / TGP-651 TGP-651 performance measured with TE-CORE6 ThermoHarvesting Power module, using different heat sinks from Fischer Elektronik, type Sk422 with a length and 90 mm. Summary output power performance: The output power performance depends on the heat sink (HS) performance in combina- tion with the selected TGP ThermoGenerator Package ...
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... TGP-751 / TGP-651 Application information 3. Product dimensions 3.1 All dimensions are given in millimeters Drawings are not to scale Top view + Mechanical pad (no function) Contact pad TGP – Contact pad TGP L (length) Side View ThermoGenerator-Package Note: The TGP can be used with the heat flux in both directions ...
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... TGP-751 / TGP-651 3.1.1 General tolerances for linear and angular dimensions according DIN ISO 2768-mk For TGP tolerance class „medium“ is applicable, except tolerances ± are given in the drawing. Permissible deviations in mm for ranges in nominal lengths 0 over over ...
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... TGP-751 / TGP-651 3.2.2 Handling & Solder recommendations The TGP package can be wired and soldered by using standard solder equipment. The non-functional connection is being used for me- chanical stability. It can also be used to integrate a tem- perature sensor (e.g. PT100) close to the TGP to moni- tor the package temperature. ...
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... TGP-751 / TGP-651 3.4 Reliability Testing The TGP components are planned to be tested Lifetime Humidity Vibration Mechanical shock Non-operating thermal shock IMPORTANT NOTE: actual prototype withstand a mechanical shear force combination with the manual solder procedure as mentioned in § ...
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... TGP-751 / TGP-651 TE-CORE DC power module TE-CORE thermoharvesting power module with integrated TGP offers an efficient DC-booster and power management concept. TE-CORE/RF wireless sensor evaluation kit TE-CORE / complete thermo-powered, self- sufficient wireless sensor node system. It offers an efficient DC-booster and power management concept with prequalified 802 ...
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... TGP-751 / TGP-651 4. Important Notices – Please read carefully prior to use 1. Micropelt Products are prototypes Micropelt supplies thermoelectric coolers and thermogenerators in package, as well as energy harvesting modules (hereinafter referred to as “Prototype Products”). The Prototype Products distributed by Micropelt to date are prototypes that have not yet been released to manufacturing and marketing for regular use by end-users ...