Part Number: AMC3330-Q1 Other Parts Discussed in Thread: AMC3330 , REF200 , AMC3301 Tool/software: Hello, I am currently looking for a way to evaluate a PT1000 sensor with reinforced insulation. I came across the AMC3330.
Would there be any reason not to…
Part Number: AMC3330 Other Parts Discussed in Thread: ADS127L18 , AMC131M01 , AMC131M03 , OPA2388 , ADS127L21 Tool/software: Hi TI Team
Is it possible to use the AMC3330 in combination with the ADS127L18 getting a final accuracy of +/-16bit (17bit)? Is it…
Part Number: AMC3330-Q1 Hi,
I have simulated a voltage sensing circuit with AMC3330-Q1 in LTspice and my simulation is throwing "time step too small error" as shown in the figure below :
Somebody please look into it and help me to resolve this…
Part Number: THS2630 Other Parts Discussed in Thread: TINA-TI Tool/software: Hi Experts,
Customer would like to use AMC3330QDWERQ1 which provide the isolation and output differential signal of 2V and at later stage I will use fully differential amplifier…
Part Number: AMC3330 Other Parts Discussed in Thread: AMC3336 Dear expert,
We have a voltage signal of 460KHz, is AMC3330 fit for it's voltage detection?
From Amc3330 datasheet, the output bandwidth is 375KHz, seems this chip couldn't support…
Part Number: AMC3330-Q1 Other Parts Discussed in Thread: AMC3330 Hello, I am planning to use AMC3330-Q1 for AC voltage sensing.
I have placed the AMC3330-Q1 top layer on PCB.
Can I make component placement for different circuits on bottom layer just below…
Part Number: AMC3330
Hello,
I am working on solar inverter projects and when I examined the sample devices, I noticed that they do not use neutral lines. How can they measure grids voltage phase-neutral without using a neutral line?
There are IC such…
Part Number: AMC3330 Hi
I downloaded the TINA Spice sbam456b.
Filter 1 is what is on the EVM and what was default in the sbam456b circuit. R1=R2=10ohms C=10nf with a cutoff freq of 796kHz
Freq
Vin
Vout
Gain
Input Filter
Error = (Ideal - measured)…
Part Number: AMC3330 hi,
in sbaa553 277V is rms voltage and must be divided by 0.7 for peak voltage
therefore peak voltage will be 277/0.7 = 395 Vpeak
and then VLL is about 1.7 * 395 = 671 volt
are i'm true?
best regard
Part Number: AMC3330-Q1 Other Parts Discussed in Thread: AMC3330 Hi, TI teams!
I use three AMC3330-Q1 chips to sense three-phase output voltage of a LC-filter-based converter. However, the high voltage divider circuit does not work properly when dealing…
