Tindie

Name: LTC3108 body heat Energy Harvesting breakout TEG
SKU: 6380
Price: 59.00 USD
Availability: InStock
Rating: 4.58 (3 reviews)

LTC3108 body heat Energy Harvesting breakout TEG

(3 Reviews)

LTC3108 body heat Energy Harvesting power supply, Breakout / standalone power module

Designed by Bobricius, Ships from Slovakia

LTC3108 body heat Energy Harvesting breakout TEG 1

LTC3108 body heat Energy Harvesting breakout TEG 2

LTC3108 body heat Energy Harvesting breakout TEG 3

LTC3108 body heat Energy Harvesting breakout TEG 4

LTC3108 body heat Energy Harvesting breakout TEG 5

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LTC3108 body heat Energy Harvesting power supply, Breakout / standalone power module

This board using LTC3108 Features: on board green led connected to VOUT2 solder jumper PG > VOUT_2EN = led is on when is POWER good solder jumpers to select voltage (shipped with lowest voltage se...

Rates to United States of America

Shipping Rate	First item	Additional items
Slovak Post: express first class	$6.99	$0.99
Slovak Post: express registred + tracking number	$9.99	$2.49

Review Breakdown

Average Ratings

Product: (4.00)

Documentation: (4.00)

Shipping: (4.00)

Communication: (5.00)

Robin | Aug. 23, 2017

Great little tiny LTC3108 breakout

Works perfectly, very nice looking little breakout board. Other boards by Bobricius are tempting as well :)

Ka Hing | March 24, 2017

Nice product

It suits my project which relates to thermoelectric energy harvesting. It arrived with good condition and the shop owner was helpful in problem answering too.

Emil | Jan. 28, 2017

Very nice and small breakout board

I have been building various thermoelectric generators, using what’s called a "Joule thief" to boost the voltage from thermocouples. However, the Joule thief isn't a very efficient solution. Instead I have been trying to use the chip LTC3108, which is a very tiny little thing and therefore very hard to solder by hand. This board makes it easy to use and work with the LTC3108, and the board comes in a good size; easy to solder. One thing I would have preferred is that the little LED soldered to the board was "optional", as it consumes some of the power generated by the thermocouples. Yet it is easily removed.