The updated Tx and Rx Initialization files are described below.  Copy these new files into the same folder as the ADAR1000 Evaluation 
Software is installed.  Replace these files for the initialization files already in the folder.  

	Default installation folder: C:\Program Files (x86)\Analog Devices\EV-ADAR1000

Note1: the data below is presented in hexidecimal.  The software expects register & data to be in decimal, thus initialization 
files are in the decimal equivalent to what is seen below.

Note2: "//" indicates a commented out line that isn't in the Initialization Files; they are included here as a reference for SPI Writes for settings Channels 2, 3, and 4

The Tx_Init_Data.csv does the following writes:

Register + Data (hex)	Description
0081					Soft Reset
0018					SDO active
2F7F					Enable all Tx channels; enables driver, VM, and VGA
3142					Put device in Tx mode; enables Top level Tx

3860					Beam & Bias RAM Bypass

362D					TX VM bias is 0x5; Tx VGA bias is 0x5 - Nominal Bias settings
3706					TX driver is 0x6 - Nominal Bias setting

1C7F					Sets Tx Channel 1 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain
//1D7F					Sets Tx Channel 2 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain
//1E7F					Sets Tx Channel 3 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain
//1F7F					Sets Tx Channel 4 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain

2036					Sets Tx channel 1 I path vector
2135					Set Tx channel 1 Q path vector; combo of I + Q, set phase to 45 degrees
//2236					Sets Tx channel 2 I path vector
//2335					Set Tx channel 2 Q path vector; combo of I + Q, set phase to 45 degrees
//2436					Sets Tx channel 3 I path vector
//2535					Set Tx channel 3 Q path vector; combo of I + Q, set phase to 45 degrees
//2636					Sets Tx channel 4 I path vector
//2735					Set Tx channel 4 Q path vector; combo of I + Q, set phase to 45 degrees


2802					Loads the gain and phase vector data; needed for all Tx gain and phase changes to take affect



The Rx_Init_Data.csv does the folloing writes:

Register + Data (hex)	Description
0081					Soft Reset
0018					SDO active
2E7F					Enable all Rx channels; enables Rx VGA, Rx VM, and Rx LNA
3120					Put device into Rx mode; enables Top level Rx

3860					Beam & Bias RAM Bypass

3408					Rx LNA bias set to 0x8 - Nominal Bias setting
3555					Rx VM bias set to 0x5; Rx VGA bias set to 0xA - Nominal bias settings

107F					Sets Rx Channel 1 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain
//117F					Sets Rx Channel 2 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain
//127F					Sets Rx Channel 3 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain
//137F					Sets Rx Channel 4 to max gain - 15 dB (attenuator is in the path); set to 0xFF for max gain

1436					Sets Rx channel 1 I path vector
1535					Set Rx channel 1 Q path vector; combo of I + Q, set phase to 45 degrees
//1636					Sets Rx channel 2 I path vector
//1735					Set Rx channel 2 Q path vector; combo of I + Q, set phase to 45 degrees
//1836					Sets Rx channel 3 I path vector
//1935					Set Rx channel 3 Q path vector; combo of I + Q, set phase to 45 degrees
//1A36					Sets Rx channel 4 I path vector
//1B35					Set Rx channel 4 Q path vector; combo of I + Q, set phase to 45 degrees

2801					Loads the gain and phase vector data; needed for all Rx gain and phase changes to take affect
