AD9995 Analog Devices, AD9995 Datasheet - Page 57

• Manufacturer Part Number: AD9995
• Description: 12-Bit CCD Signal Processor with Precision Timing Generator
• Manufacturer: Analog Devices

Address Content Value
E9
EA
EB
[23:12]
EC
ED
EE
EF
Address Content Value
F0
F1
F2
F3
REV. 0
Data Bit Default
[3:0]
[4]
[5]
[9:6]
[10]
[11]
[15:12]
[16]
[17]
[23:18]
[11:0]
[23:12]
[11:0]
[11:0]
[23:12]
[3:0]
[9:4]
[21:10]
[11:0]
[23:12]
[11:0]
[23:12]
Data Bit Default
[3:0]
[4]
[5]
[9:6]
[10]
[11]
[15:12]
[16]
[17]
[21:18]
[22]
[23]
[3:0]
[4]
[5]
[9:6]
[10]
[11]
[15:12]
[16]
[17]
[23:18]
[11:0]
[23:12]
[11:0]
[23:12]
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Register Name
VSEQSEL4_3
SWEEP4_3
MULTI4_3
VSEQSEL5_3
SWEEP5_3
MULTI5_3
VSEQSEL6_3
SWEEP6_3
MULTI6_3
UNUSED
SCP1_3
SCP2_3
SCP3_3
SCP4_3
VDLEN_3
HDLAST_3
VPATSECOND_3
SGMASK_3
SGMASK_3
SGMASK
SGPATSEL_3
SGPATSEL_3
SGPATSEL
SGLINE1_3
SGLINE2_3
SCP5_3
SCP6_3
Register Name
VSEQSEL0_4
SWEEP0_4
MULTI0_4
VSEQSEL1_4
SWEEP1_4
MULTI1_4
VSEQSEL2_4
SWEEP2_4
MULTI2_4
VSEQSEL3_4
SWEEP3_4
MULTI3_4
VSEQSEL4_4
SWEEP4_4
MULTI4_4
VSEQSEL5_4
SWEEP5_4
MULTI5_4
VSEQSEL6_4
SWEEP6_4
MULTI6_4
UNUSED
SCP1_4
SCP2_4
SCP3_4
SCP4_4
Table L. Field 3 Register Map (continued)
Table LI. Field 4 Register Map
Description
Selected V-Sequence for Region 4.
Select Sweep Region for Region 4. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 4. 0 = No Multiplier, 1 = Multiplier.
Selected V-Sequence for Region 5.
Select Sweep Region for Region 5. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 5. 0 = No Multiplier, 1 = Multiplier.
Selected V-Sequence for Region 6.
Select Sweep Region for Region 6. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 6. 0 = No Multiplier, 1 = Multiplier.
Unused.
V-Sequence Change Position #1 for Field 3.
V-Sequence Change Position #2 for Field 3.
V-Sequence Change Position #3 for Field 3.
V-Sequence Change Position #4 for Field 3.
VD Field Length (Number of Lines) for Field 3.
HD Line Length (Number of Pixels) for Last Line in Field 3.
Selected Second V-Pattern Group for VSG Active Line.
Masking of VSG Outputs during VSG Active Line.
Selection of VSG Patterns for Each VSG Output.
VSG Active Line 1.
VSG Active Line 2 (if no Second Line Needed, Set to Same as Line 1 or Max).
V-Sequence Change Position #5 for Field 3.
V-Sequence Change Position #6 for Field 3.
Description
Selected V-Sequence for Region 0.
Select Sweep Region for Region 0. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 0. 0 = No Multiplier, 1 = Multiplier.
Selected V-Sequence for Region 1.
Select Sweep Region for Region 1. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 1. 0 = No Multiplier, 1 = Multiplier.
Selected V-Sequence for Region 2.
Select Sweep Region for Region 2. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 2. 0 = No Multiplier, 1 = Multiplier.
Selected V-Sequence for Region 3.
Select Sweep Region for Region 3. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 3. 0 = No Multiplier, 1 = Multiplier.
Selected V-Sequence for Region 4.
Select Sweep Region for Region 4. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 4. 0 = No Multiplier, 1 = Multiplier.
Selected V-Sequence for Region 5.
Select Sweep Region for Region 5. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 5. 0 = No Multiplier, 1 = Multiplier..
Selected V-Sequence for Region 6.
Select Sweep Region for Region 6. 0 = No Sweep, 1 = Sweep.
Select Multiplier Region for Region 6. 0 = No Multiplier, 1 = Multiplier.
Unused.
V-Sequence Change Position #1 for Field 4.
V-Sequence Change Position #2 for Field 4.
V-Sequence Change Position #3 for Field 4.
V-Sequence Change Position #4 for Field 4.
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AD9995