**Part Number:**AMC1306M25

Hi all

Would you mind if we ask AMC1306M25?

<Question1>

In case of input range between ±250mV and ±320mV, how much will the output data code?

On the datasheet, there is the description;

"A differential input of 250 mV (for the AMC1306x25) or 50 mV (for the AMC1306x05) produces a stream of ones and zeros that are high 89.06% of the time.

With 16 bits of resolution, that percentage ideally corresponds to the code 58368."

"A differential input of –250 mV (–50 mV for the AMC1306x05) produces a stream of ones and zeros that are high 10.94% of the time and ideally results in code 7168 with 16-bit resolution."

->We assume the followings;

Input range Data code

+250mV ～ +320mV 58368～65535

-250mV ～ -320mV 7168～0

Is our recognition correct?

<Question2>

In relation to <Question1>, we have Figure51.

It seems that Dout saturated(65535 or 0) at +FS(+250mV) and -FS(-250mV).

So, this figure only shows the linearity, right?

Kind regards,

Hirotaka Matsumoto