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3-2. CONVERGENCE
(1) Horizontal and Vertical Static Convergence
1. Receive DOT HATCH signal adjust [BRT], [PIX] to looks
easily.
2. Set V. STAT Mg, BMC Mg to standard condition.
3. Correct V. STAT Mg.
(Correct vertical lag of R, B-DOT around the center of CRT.)
(Fig.3-5)
4. Adjust BMC Mg.
(Make evenly horizontal lag of R, B-DOT toward G-DOT
around the center of CRT.)
5. Adjust H. STAT VR. (RV701)
(Adjust horizontal lag of R, B-DOT around the center of CRT.)
(Fig.3-5)
6. Have to tracking adjust V. STAT Mg, BMC Mg because DOT
moves influence each other.
(Correct vertical lag of R.G.B.-DOT.)
BMC magnet
Vertical static
convergence magnet
Purity
• Movement of red, green and blue dots by V . STAT tilting
and opening or closing.
Center dot
Horizontal static
convergence
B
G
R
B
G
R
RV701 (H-STAT)
Vertical static
convergence magnet
Fig.3-5
• If the blue dot did not harmonize with red and green,
then use the BMC magnet to adjust.
1)HMC (Horizontal mis-convergence) correction
B
G
R
B
G
R
BGR
BGR
B
G
RB
G
R
1Movement of opening or closing the
V. STAT convergence magnet.
2Movement of tilting the V. STAT conver-
gence magnet counterclockwise.
3Movement of tilting the V. STAT conver-
gence magnet clockwise.
4Movement of tilting and opening or clos-
ing the V. STAT convergence magnet.
2)VMC (Vertical mis-convergence) correction.
RGB
A =
B
AB
RGB
AB
RGB
AB
R
GB
A <
B
AB
HMC correction (A) HMC correction (B)
A >
B
A =
B
VMC correction (A) VMC correction (B)
C < D C = D C > D C = D
R
GB
C
D
R
G
B
C
DB
D
CG
RR
G
B
C
D