The first 24 bits are written to the register, the highest 8 bits are the address bits, and the lower 16 bits are the register values.
The right arrow indicates that after reading all the registers, the value read from the register is read.
Register address 0x04, 0x05 value is not the same.
I only do a simple sine wave output, no mixing,
FIFO and PLL are not enabled.

spi_wr_data[0]   <= 24'h02F002;---->F002
spi_wr_data[1]   <= 24'h02F002;---->F002
spi_wr_data[2]   <= 24'h00041C;---->041C
spi_wr_data[3]   <= 24'h01050E;---->050E
spi_wr_data[4]   <= 24'h040000;---->BFFF-------
spi_wr_data[5]   <= 24'h1B0800;---->0800
spi_wr_data[6]   <= 24'h07FFFF;---->FFFF
spi_wr_data[7]   <= 24'h0C0400;---->0400
spi_wr_data[8]   <= 24'h0D0400;---->0400
spi_wr_data[9]   <= 24'h0E0400;---->0400
spi_wr_data[10]  <= 24'h0F0400;---->0400
spi_wr_data[11]  <= 24'h140000;---->0000
spi_wr_data[12]  <= 24'h150000;---->0000
spi_wr_data[13]  <= 24'h160000;---->0000
spi_wr_data[14]  <= 24'h170000;---->0000
spi_wr_data[15]  <= 24'h18280F;---->280F
spi_wr_data[16]   <= 24'h190840;---->0840
spi_wr_data[17]   <= 24'h1A0030;---->0030
spi_wr_data[18]   <= 24'h1E1111;---->1111
spi_wr_data[19]   <= 24'h1F1182;---->1182
spi_wr_data[20]   <= 24'h202400;---->2400
spi_wr_data[21]   <= 24'h221B1F;---->1B1F
spi_wr_data[22]   <= 24'h2307FF;---->07FF
spi_wr_data[23]   <= 24'h240000;---->0000
spi_wr_data[24]   <= 24'h2D0004;---->0004
spi_wr_data[25]   <= 24'h2E0000;---->0000
spi_wr_data[26]   <= 24'h2F0000;---->0000
spi_wr_data[27]   <= 24'h03F001;---->F001
spi_wr_data[28]   <= 24'h03F001;---->F001
spi_wr_data[29]   <= 24'h050000;---->3D78------
spi_wr_data[30]   <= 24'h050000;---->