38
The mode setting timing chart during illumination correction is shown below.
The mode setting is carried out in the following manner. LOADI is fixed at high level, and DATAI0 which
comes up following this is 4-data latched with the timing of the fall of CLOCKI. The illumination correction
mode is selected based on the latched 4-data combination. Then the mode becomes valid at the fifth
fall of CLOCKI.
The period during which the illumination correction mode is valid is from the fall of the fifth CLOCKI and
while the level of LOADI is high. When the level of LOADI becomes low, the illumination correction mode
is terminated, and the head returns to the normal mode, which is mode with which the printing is normally
carried out.
CLOCKI
LOADI
DATAI0
STRB1I-N
STRB2I-N
STRB3I-N
STRB4I-N
Illumination Correction Mode Setting Timing Chart
Mode setting
Mode enabled
Mode set
D4
D3
D2
D1 D0
100ns min
50ns
min
50ns
min
200ns min
100ns min
Summary of Contents for 10i
Page 10: ...10 7 PostScript program SIMM...
Page 48: ...48 Upper cover unit Figure 3 2 Upper cover...
Page 119: ...119 Figure 6 5 Contact Power supply sensor board Contact plate for transfer roller...
Page 136: ...136 Figure 8 2 Upper cover unit 2 3 1...
Page 175: ...175 CN3 CN2 SEN2 5 2 PCB Layout OLEV 11 PCB...
Page 176: ...176 Figure 6 1 Multi Purpose Feeder 9 5 7 6 4 1 2 3 8 6 PARTS LIST...
Page 191: ...191 5 2 PCB Layout TQSB 2 PCB CONTROLLER MOTOR DRIVER SEN2 SEN1 OSC PU MOTOR...
Page 192: ...192 Figure 6 1 High Capacity Second Paper Feeder 1 2 4 3 5 6 PARTS LIST...
Page 195: ...195 SECTION1 CABINET CASSETTE ASSEMBLY 8 1 2 3 4 iv 5 6 i i iv 7...
Page 196: ...196 SECTION2 MECHANICAL ASSEMBLY 21 9 11 10 12 13 23 22 14 24 15 16 iii ii 17 19 18 20 A A B B...