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Part Number: TIDA-050017 Other Parts Discussed in Thread: LM5175 Hello,
I am looking into TIDA-050017 reference design together with TIDUCA8 to control my TEC element for cooling application and I am having some trouble understanding the current flow.
What…
Part Number: TPS63036 Other Parts Discussed in Thread: TIDA-050017 , TPS63802 I'm investigating using the TPS63036 as a TEC controller as described in Ti design guide TIDA-050017 .
the design guide uses the TPS63802. I've changed to the TPS63036 for…
Part Number: TIDA-050017 Other Parts Discussed in Thread: LM73606 , LM61480 , TPS55288 , LM5175
Hello,
i am designing a TEC controller based on dc-dc converters, similarly to what is reported in TIDA-050017. I would like to ask for some info about the following…
Part Number: TIDA-050017 Hi
My customer is doing a design for the controller for their TEC, and is currently considering using our DAC.
They saw our TIDA-050017 design and is wondering if there's any other easier way to control the current and the voltage…
Part Number: TPS55288 Other Parts Discussed in Thread: TIDA-050017 Hello,
What is the max current TPS55288 can sink?
Also, what is the behavior of the current limit feature when TPS55288 is sinking current since (VISP - VISN) would in theory be negative…
Hi MHEL,
You mentioned, " My question is, for single direction peltier operating , is it reasonable to use DRV8262? Is it better to use a simple voltage feedback buck converter?(Voltage feedback controlled by MCU PWM)". TI has several options for driving…
Part Number: TPS63802 Other Parts Discussed in Thread: TIDA-050017 , , TPS55289 Hello,
I would like to use a buck-boost converter to drive a TEC similarly to how the TPS63802 is used in the TIDA-050017 design guide but with a higher current output. Do you…
