Part Number: AMC1211-Q1 Hi team,
My customer asks below questions, could you support for those?
1) Is there supply sequence/restriction for turn-on VDD1 and VDD2?
2) How long will it take for VOUTP/VOUTN getting settled after turn_on VDD2?
Part Number: AMC1211-Q1 I see in the datasheet that the typical common-mode output voltage is 1.44V, and that's with a VDD2 of 3.3V.
If the gain is 1, and the linear input voltage range is 0-2V, does the output swing beyond VDD2 and below GND2? It…
Part Number: AMC1211-Q1 Other Parts Discussed in Thread: TLV313-Q1 Hello team,
I am considering concept of datasheet AMC1211-Q1+TLV313-Q1 for high voltage sensing in automotive application.
Could you help me to calculate the voltage sensing accuracy? …
Part Number: AMC1211-Q1 Hello,
I am using the AMC1211-Q1 and since I dont´t have the space in my board to use an ampop to convert the differencial output to a single output,
I was wondering if I can only connect VOUTP to my uC, and leave VOUTN…
Part Number: AMC1211-Q1 Other Parts Discussed in Thread: TINA-TI , , ISO224 , AMC1300 , AMC1302 Tool/software: TINA-TI or Spice Models
The Input of AMC1211-Q1 is on module 1. The output of AMC1211-Q1 is on module 2. If Vdd1 is lost while Vdd2 is powered, what…
Part Number: AMC1211-Q1
I see from the datasheet of this isolated opamp that the VCMout has only the value of 1.44V.
Does that means I can only get the maximum Vp-Vn of 1.44Vx2=2.88V?
In addition, the figure31 below also shows this phenomenon.
Part Number: AMC1311-Q1 Other Parts Discussed in Thread: AMC1211-Q1 , , AMC3330-Q1 , AMC1351-Q1 Dear team,
Below is our AMC1311-Q1/AMC1211-Q1 accuracy. Do we have other device with better accuracy(analog signal)? I noticed that the accuracy is almost same…
Part Number: AMC1211-Q1 Other Parts Discussed in Thread: AMC1200-Q1 , ISO224 , , AMC1311-Q1 Hi Team,
my customer need a isolated amplifier for voltage measurement, and the voltage range is 0V-3V.
Do you have recommendation for this application? I select…