Part Number: TMCS1126-Q1 Other Parts Discussed in Thread: TMCS1100-Q1 Tool/software: Hi Team,
What is the input voltage range allowable for the IN+ and IN- pins of TMCS1126-Q1? We haven't seen this in the datasheet.
I see that this parameter is available…
Part Number: TMCS1126-Q1 Tool/software: I have a space application (near earth planetary orbit) and need a reliable current sensor. Is there any radiation test data available for this component?
If not available, can you please expand on the underlying…
Part Number: TMCS1126-Q1 Other Parts Discussed in Thread: TMCS1123-Q1 , TMCS1133-Q1
Tool/software:
Hi team,
How does it behave on ALERT thermal or sensor fault event in specific example condition? For example, could you answer bellow?
When overcurrent…
Part Number: TMCS1126 Other Parts Discussed in Thread: TMCS1123 Tool/software: Hi team,
Is there a data regarding maximum continues input current when 70C degree or 80C degree ambient temperature? I would like to know max current for TMCS1126 and TMCS1123…
Part Number: TMCS1126 Hi team,
Let me ask very simple and basic question.
Datasheet 7.1 explain Vout = (Iin * S) + Vref. Which direction is considered positive?
If 10A flows into IN+ as below , is it considered as +10A? means Vout = 10A * 50mV/A…
Part Number: TMCS1126-Q1 Tool/software: Hi,
We are using TMCS1126C5BQDVGR hall effect sensor in our battery charging control module .We are not using Voc & oc pin. In datasheet it is recommended oc pin to GND & Voc pin to Vs if not used. But our Supplier…
Part Number: TMCS1126 Tool/software: Hi~
I am using TMCS1126A7.
The maximum measured current range is 80A, but at an external temperature of 125℃, it is 44A.
I would like to measure the range of 0-48A current.
And because the temperature of the…
Part Number: TMCS1126 Tool/software: In the instructions (SBAU452) it says:
But in the data sheet:
In the DS, GND is pin 9 and Vs pin 4, not 8 and 3 as shown in the user guide.
I am going to assume that the data sheet is correct!
Part Number: TMCS1126 Hi team,
Is there any relationship between input current polarity (IN+ to IN- or IN- to IN+) and error/drift polarity (positive or negative)?
For example, when positive current through IN+ to IN-, offset must be positive, or…