fix(doc):Corrections on documentation, Module ID

* Change module ID
* Up to date wirh new phase incr/offs tables
* Corrections on list

doc/main.adoc

 = Power Supply Controller Generator
 
+|===
+| MODULE ID | 0x507E1712 | (1350440722)
+|===
+
 // ================================================================================
 == Description
 This module can generate sine waveform for multiple power supplies.
@@ -10,6 +14,7 @@ The TUSER output carries the Identifier of the waveform.
 
 It is possible to generate up to `2**C_W_TIDX` (default 255) Identifiers.
 Each waveform has independents parameters:
+
 * Phase increment
 * Phase offset
 * Scaling value
@@ -25,18 +30,24 @@ The values are output via the AXI-Stream Output, one value transaction by transf
 The generator will compute and ouput values for Identifier from `TABLE_DEPTH` downto 0.
 Entries in the `TABLE_PHASE` and `TABLE_SCALE` for these Identifier shall be configured by the user.
 These two tables are addressed by the Identifier number.
-Data values pack configuration, as descrived below.
+Data values pack configuration, as described below.
 
-.TABLE_PHASE data pack.
+.TABLE_PHASE_INCR data pack.
 |===
-| `31-2*C_W_PHASE` bits |1 bit | `C_W_PHASE` bits  | `C_W_PHASE` bits  |
-| unused |Reset accumulator | Phase offset | Phase increment |
+| `32-C_W_PHASE` bits | `C_W_PHASE` bits
+| unused | Phase increment
+|===
+
+.TABLE_PHASE_OFFS data pack.
+|===
+| `31-*C_W_PHASE` bits |1 bit | `C_W_PHASE` bits
+| unused |Reset accumulator | Phase offset
 |===
 
 .TABLE_SCALE data pack.
 |===
-| `32-C_W_OFFSET-C_W_SCALE` bits | `C_W_OFFSET` bits  | `C_W_SCALE` bits  |
-| unused | Signal Offset | Signal Scale Factor |
+| `32-C_W_OFFSET-C_W_SCALE` bits | `C_W_OFFSET` bits  | `C_W_SCALE` bits
+| unused | Signal Offset | Signal Scale Factor
 |===
 
 The DDS contained in the module receive the phase value, computed from the sum of the accumulator and the *Phase Offset* configuration.
@@ -48,7 +59,27 @@ The output of the DDS is multiplied by the *Signal Scale Factor*, which is consi
 The *Signal Offset* is then applied, aligned on the fixed point (no decimals).
 The final result is scrapped of decimals values.
 
+// ================================================================================
+== AXIS output format
+The generator produces AXIS packets with a compatible format for COMCORR IP module.
+
+The AXIS contains:
+
+* TDATA: the sine waveform value (signed integer).
+* TUSER: the PSCID.
+* TVALID: data strobe.
+
+The AXIS **does not** contain **TREADY** input on this module.
+The COMCORR IP module does not either.
 
 // ================================================================================
 == Registers map
 include::registers.adoc[]
+
+
+// ================================================================================
+== TODO / Future devs
+
+* The PSCID is now a simple count down from `TABLE_DEPTH` to 0.
+  A table to translate from this count to a proper PSCID will be implemented.
+  In the meantime, a correct configuration of the COMCORR module shall suffice.

doc/registers.adoc

@@ -15,7 +15,8 @@
 |===
 |Name | N | bits | type | RW | Description
 
-| TABLE_PHASE                                  |  256      |   31 | uint |   RW | +++Phase increment and offset table+++ 
+| TABLE_PHASE_INCR                             |  256      |   31 | uint |   RW | +++Phase increment table+++ 
+| TABLE_PHASE_OFFS                             |  256      |   31 | uint |   RW | +++Phase offset and reset table+++ 
 | TABLE_SCALE                                  |  256      |   32 | uint |   RW | +++Signal scale and offset table+++ 
 |===
 

rdl/pscgen.rdl

@@ -2,7 +2,7 @@
 
 /* default values of defined variables */
 `ifndef C_ID
-`define C_ID 0x1FF00002
+`define C_ID 0x507E1712
 `endif
 `ifndef C_VERSION
 `define C_VERSION 0x00000000