Part Number: AMC1306M25 Hi,
I would like to know,why the larger the OSR, the smaller the BANGWIDTH will be.
BANGWIDTH refers to the frequency of the input signal?
Thanks
ZT
Part Number: AMC1306M25 Other Parts Discussed in Thread: AMC1204 , HI team,
My customer used AMC1204 in old project. They would like to upgrate to AMC1306. Do they need change anything? Including software and hardware.
Thanks!
Part Number: AMC1306M25 Other Parts Discussed in Thread: TLC04 Good Afternoon
I am using an AMC1306M25 isolated amplifier, interfacing to a 4th order butterworth filter to generate an analogue output voltage. I am measuring a changing voltage between…
Part Number: AMC1306M25 Other Parts Discussed in Thread: AMC1336 Dear Teams,
My customer is using F280049's SDFM function. Do you have any suggested external SD modulator to match with F280049?
Customer requirement:
Vin range: 0-10V
Bit: 14-16bits …
Part Number: AMC1306M25 Hi team,
Customer has concerns about the behavior of digital output of AMC1306M25 when the input voltage value exceeds the specified linear range.
The datasheet mentions at 8.3.4 Digital Output that the output of the modular shows…
Part Number: AMC1306M25 Hi Experts:
I have one question regarding the resistor on the digital output , my customer add the resistor in series in the CLK and DOUT trace and found the value of the resistor
have big impact on the data reading.
If they used…
Part Number: AMC1306M25 Other Parts Discussed in Thread: AMC1306E25 , AMC1306M05 , , AMC1306E05 I want to understand what bit pattern to detect on DOUT for the failure scenarios below. In the datasheet for AMC1306E05, AMC1306E25, AMC1306M05, AMC1306M25 SBAS734A…
Part Number: AMC1306M25 Hello~
I have three questions.
Question 1. -> When a single clock is generated by the MCU, The AMC1306 is output in bitstream form via the DOUT pin.
Is it correct to receive 1 bit from the MCU as a digital input?
If not…
Part Number: AMC1306M25 Hi Experts,
We want to know how to estimate below.
Detection error
Temperature drift
We are assuming that we can get them by using Gain Error(E_G), Gain Error thermal drift(TCE_G), Offset Error(E_O) and Offset Error thermal drift…