TGP-651 Micropelt, TGP-651 Datasheet - Page 3

• Manufacturer Part Number: TGP-651
• Description: Power Management IC Development Tools THIN FILM THERMOGENERATOR
• Manufacturer: Micropelt
• Type: Energy Harvestingr

Specifications of TGP-651

• Rohs: yes
• Product: Prototype Products
• Tool Is For Evaluation Of: MPG-D651
• Output Voltage: 60 mV/k
• Description/function: TGP-651 is a packaged thermogenerator, which offers the superior performance of Micropelt's thin film generators in a standard package concept. TGP-651 is the most cost efficient thermal generator solution for many applications.
• Dimensions: 15 mm x 10 mm x 9.3 mm
• Maximum Operating Temperature: + 85 C
• Minimum Operating Temperature: 0 C

TGP-751 / TGP-651
1.
1.1
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 of up to 1.75 V per Watt of
thermal input.
The package concept is based on a rectangle metal-
base laminate with a ring isolator, in order to achieve a
good thermal performance by maximizing the thermal
flow through the Micropelt thermogenerator chip.
Together with a metal top, the components offer a
solid and stable mechanical construction.
Solid and stable mechanical construction
Thermoelectric legs pairs on wafer substrate
Introduction
General description
PCB
Aluminium
Isolator
1.3
Generic power supply utilizing waste heat to drive
Milliwatt (wireless) applications, including:
 Wireless sensor networks (WSN)
 Industrial process monitoring
 Condition monitoring
 Thermal event logging
 Thermal triggering
 Intelligent buildings and HVAC
 Automatic meter reading (AMR)
 Energy monitoring & control
1.2
 Integrates Micropelt MPG-D751 or MPG-D651
 Maintenance-free solid state operation
 Long life time
 Compatible with automated placing & reflow
 TGP thickness offers adequate spacing for
 Optimized mechanical design offers maximum
 Operating temperatures up to 100 °C
 High output voltage per degree temperature
Seebeck voltage
R thermal (R-th)
Footprint (l x w)
solid-state thermogenerator
production lines
placing components on the PCB
thermal performance
gradient (110 mV/K for TGP-751)
Micropelt - preliminary - Datasheet TGP v2.3 | Page 3
TEG inside
ThermoGenerator-Package
Weight
Applications
Features:
Relec
15 x 10 mm
MPG-D751
TGP-751
110 mV/K
18 K/W
2.2 gr
300 Ω
15 x 10 mm
MPG-D651
TGP-651
60 mV/K
28 K/W
185 Ω
2.2 gr