Part Number: ADC10D1500 Tool/software: Hi Team,
I am working with ADC10D1500 and in the datasheet mostly the parameters are mentioned in dBFs. I would like to know if dBFs can be converted into dBm or vice versa for this ADC? If so what is the formulae…
Part Number: ADC10D1500 Tool/software: Hi TI Expert Team,
I have a custom board interfacing ADC10D1500 with FPGA. I am observing an issue related to IF sampling by ADC. The captured ADC data in FPGA is not changing with the IF input to ADC.
The…
Part Number: ADC10D1500 Tool/software: Hi TI Team,
Request to share performance plots of ADC with Balun "B0430J50100A00" connected to Q-Channel where Pin # 6 of Balun is connected to VinQ- and Pin # 4 is connected to VinQ+ .
Thanks & Regards …
Part Number: ADC10D1500 Tool/software: Hi Team,
I am trying to understand the Analog Input Specification of ADC. The below specifications are mentioned in datasheet (Operating Ratings)
Can I consider that Max Input to ADC can be 13.638 dBm (Considering…
Part Number: ADC10D1500 Tool/software: Dear Team,
I'm using High Speed Data Converter Pro V6.
I acquired 65K sample Two Tone data and plotted in HSDC Pro in single tone with following setting.
Input Frequency : F1-700MHz F2-750MHz
Sampling Frequency…
Part Number: ADC10D1500 Other Parts Discussed in Thread: ADC10D1000 , ADC12D1600 Tool/software: Hi,
Kindly provide SFDR, HD2,HD3 data for the following band.
1.600MHz to 2GHz
Regards,
Sarojini R
Part Number: ADC10D1500 Dear Team,
Happy Morning;
In my design we are planning to use this ADC part (ADC10D1500). My validating spec is as follows. While searching the performance in the datasheet in Dynamic Converter Characteristics section it shows…
Erfan:
The ADC10D1500 is a dual ADC. When you reference a quad, I assume that you are using two devices.
The report is that one ADC output is bad while the other is good below -20 degC. A second ADC is good on both channels.
The data is presented…
Part Number: ADC10D1500 hi
my sampling frequency is 1350Mhz and my i/p frequency bandwidth is 750Mhz - 1250Mhz here how the sampling theorem is satisfied with above specification please revert back me with clear explanation.
