Part Number: TMCS1126-Q1 Other Parts Discussed in Thread: TMCS1126 Hi E2E,
We are designing a compressor application of automotive. TMCS1126-Q1 is used for current detection and protection. We found that when the motor is working normally, there will…
Part Number: TMCS1126-Q1 Tool/software: Hi TMCS1126-Q1 I have a question
If you look at the TMCS1126-Q1 application note, use L5, C7 when VREF is output to the outside, we have 20nF for VREF, we use resistance voltage distribution to create VOC, and…
Part Number: TMCS1126-Q1 Other Parts Discussed in Thread: TMCS1123 Hi
We are using TMCS1126A7AQDVGRQ1 in our design to sense coil current for our Retarder ECU system. We need to set overcurrent to 45A. And the requirement for overcurrent threshold accuracy…
Part Number: TMCS1126-Q1
Tool/software:
Hello dear TI
In the datasheet of the TMCS1126-Q1, I can see that the input referred Common Mode Rejection Ratio is specified to 5muA/V. How do i convert this to dB instead?
Part Number: TMCS1126-Q1 Other Parts Discussed in Thread: TMCS1100 , TMCS1126 Hi TI
Is it possible to estimate the measurement error of the TMCS1126-Q1 introduced by any external magnetic field? Do you have any formula for this that takes distance,…
Part Number: TMCS1126-Q1 Tool/software: Hi team:
I have a question about TMCS1126-Q1, I find in the datasheet the "current overload recovery time" is 300us.
Does this parameter stand for the situation where the input current exceed the I inmax or…
Part Number: TMCS1126-Q1 Other Parts Discussed in Thread: TMCS1126 Tool/software: Hello,
Page 10 of the TMCS1126-Q1 datasheet describes the Reference Output Thermal Drift: Grade B. But are the part numbers indicated as test conditions correct? These…
Part Number: TMCS1126-Q1 Other Parts Discussed in Thread: TMCS1126 We are using the TMCS1126 for an LLC power converter. There are many of these sensors used on the PCB: on DC lines for both input/output ports and for tank currents on primary/secondary…
Part Number: TMCS1126
We are using the TI TMCS1126A1B and are observing a random change of sensitivity doing operation. Is this a predicted failure mode caused by something obviously that we missed. We followed the application layout, but see a freshly…
