#apertus IRC Channel Logs

In the `set_gain.sh`, along with setting the analog gain(reg 115), the register for ADC_range(116), Adc_range_mult2(reg 100) and offset(reg 87 and 88) are also being set.

hi Y_G, if i remember correctly then the script was meant like a preset first and values selected fitting it

// Set division first, to prevent overwriting gain values

SetConfigRegister(115, _gainPGA[_analogGainValue]);

// SetConfigRegister(87, 2000);

this was in previous version of CMV12000Adapter, now CMV12000Module

there are 2 ways to solve it, add the lines again, which were removed from analog_gain or test set_register and re-create the script with it

I think adding the lines back should be sufficient

then the infos i had back then were different, from what it's now

so, off for a moment, will be back a bit later

Good morning

Like the ISERDES

Ok, great info :)

so for example, if you use a DDR I/O element for your data, you also use one to generate the clock

this ensures that all the timing and phase relations are identical

For the data, I used two OSERDES, a master with a slave SERDES. So, do I need to use two SERDES again for the clock?

Okay :)

hey aSobhy! How's it going?

I'm stuck-ed at receiver side at the deserializer module,

(write a small cpp file to get the seed with longest words that will lead me to a non reset "00000000" before looping again)

hmm, are you talking about the PRNG here?

well, there are well known polynomials with length 2^n-1

for example lists them

so for those you always know that they will produce 2^n-1 values before returning and thus reach each and every state except for '0' or '~0' depending on the type of LFSR

254 out of 256 possible words

if you look at the list (I posted) you see that the polynom 6.5.4.0 for 8bit will give you 255 values

okay I changed it it gives 255 with no zeros :)

off to bed