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SenseTemp: Level-up your temperature sensingSenseTemp is an open source, four-channel temperature sensor designed
for instrumenting electronics. It uses extremely accurate platinum
resistive temperature detector (RTD) elements which are small enough
to place directly on ICs, heatsinks, and other points of interest on
an electronic circuit board.














SenseTemp


SenseTemp Use Cases
Measure regulator, processor, motor, and IC temperatures on your
PCB, product, or autonomous robot.
Understand thermal conduction from your application processor to the
ambient environment.
Measure heat-loss of windows in your home.

SenseTemp TEC: Thermo-electric cooler optionSenseTemp TEC is an expanded version of SenseTemp that adds everything
you need to power and control a thermo-electric cooler (TEC,
a.k.a. Peltier junction). With SenseTemp TEC, not only can you measure
temperature, you can control it, too.














SenseTemp TEC prototype


SenseTemp TEC Use Cases
Automate small thermal test chambers to pre-qualify products and
designs.
Closed-loop and solid-state cooling of electrical enclosures or
critical components.
Measure and control temperatures of cameras and inertial sensors to
develop models of temperature versus noise.

Validate your thermal design.When planning environmental tests of embedded electronics, I couldn’t
find accurate, small, low-cost, and flexible temperature sensors — so
I designed SenseTemp. I’m using it to validate the thermal design
around voltage regulators, processors, motor drivers, and other
heat-generators in my products.
As a thorough and responsible engineer, you should too. Good
instrumentation of your product’s thermal path can help you find and
eliminate unexpected thermal resistance. SenseTemp uses miniature
temperature sensors so you can embed them in and along heat flows.
Example: SenseTemp sensors installed in a thermal path





















Above: A resistive temperature detector (RTD) installed onto RAM
and another on a CPU (without and with thermal pad). A third RTD
measures the underside of the board.






















Above: Top and side views of the same setup, now with a heatsink
installed and an RTD attached to the heatsink. There are now RTDs
throughout the thermal path.
Features & SpecificationsSenseTemp is:
Small: The resistive temperature detector (RTD) elements are 2
mm x 4 mm x 1 mm, making them thermally responsive and great for
measuring small or dynamic point heat sources. The interface PCB
is also small and easy to mount to a mobile system or within
existing equipment.

Battery Powered: including Li-Poly & USB power banks

Wireless Option: to make test setup faster and more

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