Part Number: TMCS1107 I see that the -Q1 is AEC-Q100 certified. I read through the qualification, and it seems that shock and vibe are not required for molded parts.
Will the TMCS1107 survive shock and vibe? Will it affect the measurement?
Part Number: TMCS1107 Hi,
I am woriking on the analysis of an Schematic design that is usign the PN "TMCS1170C5FQVAP".
I couldn't find this and I wanted to know if I can get the datasheet.
Regards,
Pablo.
Part Number: TMCS1107 We are looking at this part.
The ESD spec is given as:
SInce the sense terminal has no electrical connection to the rest of the circuitry, doew it have the same ESD spec?
Part Number: TMCS1107 Other Parts Discussed in Thread: TMCS1123 I have downloaded the TINA model and created a simple circuit and performed a transient analysis
As you can see an output called "V_VSW" shows up with an impulse signal of some kind.…
Part Number: TINA-TI I am trying to run a simulation of this part. Without the time-switch it works fine, but one I put in the time switch (to simulate a fuse blowing) I get either a convergence or floating point overflow error depending on the simulation…
Part Number: TMCS1107-Q1 Hi team,
We are troubleshooting a recurring issue with our current sensor in a 3-phase motor application and need your expertise. Issue Summary: The sensor on Phase C consistently loses its output signal after 1–2 hours of operation…
Part Number: TMCS1107 Tool/software: I'm trying to implement a +100V, -100V current monitoring circuit.
Current consumption is approximately 0.1A. The detection current specifications of Hall-effect current sensor ICs are in the tens of A. I have concerns…
Part Number: TMCS1107 Hello, trying to work out if TMCS1107 is 100% Bipolar, BiCMOS or CMOS based. I know Analogue devices has a handy tool where you can look up the techno logy used for a device - let me know if there is a similar thing for TI devices…
Part Number: TMCS1100 Tool/software: Can you please explain the basic isolation ratings found in the datasheet?
Also, what happens when we violate the SOA or rated voltages?
