The CitiManager portal, designed specifically to help streamline your internal processes, allows you to easily view and download statement information, update and manage accounts, set limits and permissions, and examine cardholder requests. We have invested heavily in our core technology and data platform to provide you with a globally consistent program - from implementation to execution, from maintenance to management. Whether you are interested in program optimization efforts, direct file feeds into your expense management tool, or program report analysis, Citi can meet your needs. Online Program Management with CitiManager ® Citi offers an innovative suite of easy to use online tools that help companies, organizations and program administrators efficiently manage the range of responsibilities behind multifaceted commercial card programs. Note: I'm currently testing my program with an internal single sinusoid source and using a splitter to split it to two signals (left & Right), then I'm routing the two signals respectively to outputs DIG0 and DIG1 do you see a problem with that? I was having the same problem described above with a real external analog input sourced into ADC1 (pin 2 on the ADAU1401). I know my outputs out of the external CODEC are OK because I can switch the LRCLK polarity in the Serial Output block of the Hardware Configuration screen and the signal switches to the other output. Internally in the Sigma DSP software, I am routing the Left and Right signals to Outputs DIG0 and DIG1 respectively I can get a signal out of the DIG0 output (left side) but I can't seem to get a signal out of the DIG1 output (right side). My digital input from the external I2S CODEC is tied to MP0 (pin 11 on the ADAU1401) which is configured as Input SDATA_in0, and my digital output to the CODEC is tied to pin MP6 (pin 15 on the ADAU1401) which is configured as Output sdata_out0.
Inputs 2 & 3 correspond to serial input pin SDATA_IN0, 4 & 5 to SDATA_IN1, and so on.
On the ADAU1401's input block in SigmaStudio, the signals from the ADCs are inputs 0 & 1, and the digital serial data inputs are pins 2-9.
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