Hello Sima-san,
Sorry for my late reply.
>I would suggest increasing the DC voltage at the common mode pin to mid-supply (2.5V). You're correct. When the common mode pin is set to 2.5V, differential signal is getting to be okay. However VCM of "ADS5562…
Part Number: ADS5562 Hi,
I'd like to ask about input clock and CLOCKOUT of ADS5562.
When inputting about 628 kHz clock as an input clock, would Duty in CLOCKOUT be 50%?
The Duty indicated on a datasheet with 50%(@80MHz). When it's checked by a production…
Part Number: ADS5562 I have two ADC interfaces(ADS5562 and ADc4128) with FPGA and 32-bit processed output data from FPGA. I have an IO signals to verify the Inputs and Outputs of FPGA.
But I don't have any test points to verify the intermediate output…
Part Number: ADS5562 Other Parts Discussed in Thread: ADC3564 HI,
We have selected ADS5562IRGZT ADC based on the requirements considering the Sampling frequency, ADC full-power bandwidth, Input Filter is considered in design but after going through SLAA594A…
Part Number: ADS5562 Hi.
I designed the circuit using the ADS5562.
I looking for a single ended to differential amplifier for this chip.
I will use a frequency of 50 MHz.
Could you recommend a Single ended to differential amplifier?
Thank you!
Part Number: ADS5562
Hi.
I am reading the data sheet.
Look at Figure 60 on page 46 of the data sheet.
Can I supply 1.5V voltage source (IN+) and 1.5V DC?
Part Number: ADS5562 Hi,
I know ADS5562's delivery is long term. I want to know detail information and the reason about following items.
1) ADS5562 delivery :
2) The reason for long term. :
Regards,
Part Number: ADS5562 Hi,
Now we are using ADS5562 chip sample signal, it will covert the INP/INM differential signal into digital data. My question is that
-Chip separately covert INP & INM 2 analog into 2 digital data, and then INP's digital data - INM…
Part Number: ADS5562 Hello,
I have a question about ADS5562.
<Customer Use Case> - Sampling frequency: 12.5MHz - LOW SPEED mode (Tying the SCLK pin to high) - CMOS mode
[Q1] Their CLKOUT (5pin) duty cycle is not 50%. Their measurement result is about…