
CDB4226
44
DS188DB1
DSP Port
Mode Byte
(hex)
1 = open, 0 = closed, X = don’t care, N/A = not available
SW1: #4
SW1: #3
SW1:
#2, #1
BITS1/
BITS0
S2: #5
Descriptor
SP_RISING
SP_L_RB
I
2
S
DCK1-DCK0 = 00, 01, or 11 => 128, 48, or 64 bit clocks per Fs period.
CS4226 slave, valid data on SCLK rising edge, right-justified, 18 bit
CS4226 slave, valid data rising edge, right-justified, 16 bit
CS4226 slave, valid data rising edge, left-justified, 20 bit in, 24 bit out
CS4226 slave, valid data rising edge, I
2
S, 20 bit in, 24 bit out
CS4226 slave, valid data on SCLK falling edge, right-justified, 18 bit
CS4226 slave, valid data falling edge, right-justified, 16 bit
CS4226 slave, valid data falling edge, left-justified, 20 bit in, 24 bit out
0C, 4C, CC CS4226 slave, valid data falling edge, I
2
S, 20 bit in, 24 bit out
11, 51, D1
CS4226 master burst, valid data on SCLK rising edge, right-justified, 18 bit
12, 52, D2
CS4226 master burst, valid data rising edge, right-justified, 16 bit
13, 53, D3
CS4226 master burst, valid data rising edge, left-justified, 20 bit in, 24 bit out
14, 54, D4
CS4226 master burst, valid data rising edge, I
2
S, 20 bit in, 24 bit out
19, 59, D9
CS4226 master burst, valid data on SCLK falling edge, right-justified, 18 bit
1A, 5A, DA
CS4226 master burst, valid data falling edge, right-justified, 16 bit
1B, 5B, DB
CS4226 master burst, valid data falling edge, left-justified, 20 bit in, 24 bit out
1C, 5C, DC CS4226 master burst, valid data falling edge, I
2
S, 20 bit in, 24 bit out
21, E1
CS4226 master nonburst, valid data on SCLK rising edge, right-justified, 18 bit
22, E2
CS4226 master nonburst, valid data rising edge, right-justified, 16 bit
23, E3
CS4226 master nonburst, valid data rising edge, left-justified, 20 bit in, 24 bit out
24, E4
CS4226 master nonburst, valid data rising edge, I
2
S, 20 bit in, 24 bit out
29, E9
CS4226 master nonburst, valid data on SCLK falling edge, right-justified, 18 bit
2A, EA
CS4226 master nonburst, valid data falling edge, right-justified, 16 bit
2B, EB
CS4226 master nonburst, valid data falling edge, left-justified, 20 bit in, 24 bit out
2C, EC
CS4226 master nonburst, valid data falling edge, I
2
S, 20 bit in, 24 bit out
DCK1-DCK0 = 10 =>32 bit blocks per Fs period (all formats default to 16 bits)
80, 81, 82
CS4226 slave, valid data on SCLK rising edge, right-justified,16 bit
83
CS4226 slave, valid data rising edge, left-justified, 16 bit
84
CS4226 slave, valid data rising edge, I
2
S, 16 bit
88, 89, 8A
CS4226 slave, valid data on SCLK falling edge, right-justified, 16 bit
8B
CS4226 slave, valid data falling edge, left-justified, 16 bit
8C
CS4226 slave, valid data falling edge, I
2
S, 16 bit
90, 91, 92
CS4226 master burst, valid data on SCLK rising edge, right-justified, 16 bit
93
CS4226 master burst, valid data rising edge, left-justified, 16 bit
94
CS4226 master burst, valid data rising edge, I
2
S, 16 bit
98, 99, 9A
CS4226 master burst, valid data on SCLK falling edge, right-justified, 16 bit
9B
CS4226 master burst, valid data falling edge, left-justified, 16 bit
9C
CS4226 master burst, valid data falling edge, I
2
S, 16 bit
A0, A1, A2
CS4226 master nonburst, valid data on SCLK rising edge, right-justified, 16 bit
A3
CS4226 master nonburst, valid data rising edge, left-justified, 16 bit
A4
CS4226 master nonburst, valid data rising edge, I
2
S, 16 bit
A8, A9, AA
CS4226 master nonburst, valid data on SCLK falling edge, right-justified, 16 bit
AB
CS4226 master nonburst, valid data falling edge, left-justified, 16 bit
AC
CS4226 master nonburst, valid data falling edge, I
2
S, 16 bit
Table 4. DSP Port Formats Supported by CS8402A Transmitter
01, 41, C1
02, 42, C2
03, 43, C3
04, 44, C4
09, 49, C9
0A, 4A, CA
0B, 4B, CB
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
0
0
1
X
0
0
1
X
0
0
1
X
0
0
1
X
0
0
1
X
0
0
1
X
01
00
10
XX
01
00
10
XX
01
00
10
XX
01
00
10
XX
01
00
10
XX
01
00
10
XX
0
0
0
1
0
0
0
1
0
0
0
1
0
0
0
1
0
0
0
1
0
0
0
1
1
1
1
0
0
0
1
1
1
0
0
0
1
1
1
0
0
0
0
1
X
0
1
X
0
1
X
0
1
X
0
1
X
0
1
X
00
XX
XX
00
00
XX
00
00
XX
00
00
XX
00
00
XX
00
00
XX
0
0
1
0
0
1
0
0
1
0
0
1
0
0
1
0
0
1