Part Number: TMCS1100-Q1 Tool/software: I need to sense the PV side DC current of the grid tied inverter I am planning to design. The maximum short circuit current for a string will not be more than 16 A. As per the sensitivity and the ratings mentioned…
Part Number: TMCS1100 Other Parts Discussed in Thread: TMCS1108 Hi,
I have a project under development to monitor some information in an industrial environment in which the sensors are embedded inside the board. But I will need to add a modification that…
Part Number: TMCS1100-Q1 Other Parts Discussed in Thread: TMCS1100 Hello magnetic sensing team,
While we are guiding TMCS1100, we know below benefit point.
1) Bended lead frame coverts magnetic field to current proportionally.
2) Precision magnetic sensing…
Part Number: TMCS1100 Other Parts Discussed in Thread: TMCS1123 I want to use TMCS1100 as a shunt to measure currents of lower leg of IGBT. See the below figure. In this I want to replace Ra Rb and Rc using TMCS1100. Since the switching freq is around…
Part Number: TMCS1100 I am developing a "irrigation pump" energy analyzer. Irrigation pumps are controlled with Wye-Delta controller (in my country, soft starters are not used common). In these controllers system have X/5 current transformers for measuring…
Part Number: TMCS1100 Dear Mr.
I'm using TMCS1100A4 (current sensor with hall effect )
But it is to sensitive to magnetic field of the Earth or may be magnetic fi e ld of my linear laboratory power supply, about 0.5m from IC .
Could you please recomm…
Part Number: TMCS1100 Hello TI,
the TMCS1100 has a basic insulation rating of 600 VDC according to IEC 62368-1
Would it be possible to receive a reinforced insulation rating at a lower voltage?
For our application a reinforced rating of 150 VDC would…
Part Number: TMCS1100 Hi team,
I noticed that our Hall current sensor TMCS11xx series all have a 4mm creepage distance.
Since a 6mm-creepage is required then, do we have other devices to promote?
Thanks.
Part Number: TMCS1100-Q1 Dear experts,
We need to measure the voltage value corresponding to the forward current (20mA~7A) and the voltage value corresponding to the reverse current (about - 30mA) to distinguish, and then judge whether to turn off the…