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KLV-MR30M1 (CH)      2-4

1) Set input to AV3.
2) Input PAL 50% window Signal 90 IRE in AV3.
3) Set picture quality mode to [PC/GAME].

Send “RGB Level” Command.

4) Adjust Y_OUT_LEVEL until the Green detection value is

within a setting value.

Detection setting value: 197 ± 3

5) Set Video Signal to PAL 50% window 20 IRE.
6) Adjust Cb_OFFSET1 until the detection value of Blue

becomes same as that of Green.

7) Adjust Cr_OFFSET1 until the detection value of Red becomes

same as that of Green.

8) Repeat step 6-7 until it become the following detection setting

value.

Detection setting value: 44
R,G,B detection value dispersion: ± 1

9) Repeat step 2-7 until it is in the detection setting value of 4)

and 8).

10) Input PAL 75% Color Bar signal into AV3. (Fig. 13)

11) Adjust C_OUT_LEVEL until the detection value of (A)

becomes same as that of (D), as shown in the figure 14.

75% Color Bar

(A)

(B)

(C)

(D)

x

x

x

x

Wh Ye Cy G Mg R

Bl Bk

Cautions : The position of (A) excepts between

for 1/16 from an edge. 

Fig. 13

(A)

(B)

(C)

(D)

ML board CN304 

3

 pin Blue output

Fig. 14

1) Set input to AV1.
2) Input SECAM 50% window Signal 90 IRE in AV1.
3) Set picture quality mode to [PC/GAME].

Send “RGB Level” Command.

4) Adjust Y_OUT_LEVEL until the Green detection value is

within a setting value.

Detection setting value: 197 ± 3

5) Set Video Signal to SECAM 50% window 20 IRE.
6) Adjust Cb_OFFSET1 until the detection value of Blue

becomes same as that of Green.

7) Adjust Cr_OFFSET1 until the detection value of Red becomes

same as that of Green.

8) Repeat step 6-7 until it become the following detection setting

value.

Detection setting value: 44
R,G,B detection value dispersion: ± 1

9) Repeat step 2-7 until it is in the detection setting value of 4)

and 8).

10) Input SECAM 75% Color Bar signal into AV1. (Fig. 15)

11) Adjust C_OUT_LEVEL until the detection value of (A)

becomes same as that of (D), as shown in the figure 16.

+2
–6

+2
–6

75% Color Bar

(A)

(B)

(C)

(D)

x

x

x

x

Wh Ye Cy G Mg R

Bl Bk

Cautions : The position of (A) excepts between

for 1/16 from an edge. 

Fig. 15

(A)

(B)

(C)

(D)

ML board CN304 

3

 pin Blue output

Fig. 16

KLV-MR30M1 (CH)      2-5

1) Set input to AV1.
2) Input NTSC All 50% window signal 90 IRE in AV1.
3) Set picture quality mode to [PC/GAME].

Send “RGB Level” Command.

4) Adjust Y_OUT_LEVEL until the Green detection value is

within a setting value.

Detection setting value: 197 ± 3

5) Set Video Signal to NTSC 50% window 20 IRE.
6) Adjust Cb_OFFSET1 until the detection value of Blue

becomes same as that of Green.

7) Adjust Cr_OFFSET1 until the detection value of Red becomes

same as that of Green.

8) Repeat step 6-7 until it becomes the following detection

setting value.

Detection setting value: 44
R,G,B detection value dispersion: ± 1

9) Repeat step 2-7 until it is in the detection setting value of 4)

and 8).

10) Input NTSC 75% Color Bar signal into AV1. (Fig. 19)

11) Adjust C_OUT_LEVEL until the detection value of (A)

becomes same as that of (D), as shown in the figure 20.

12) Adjust Hue until the detection value of (B) becomes same as

that of (C), as shown in the figure 21.

13) Repeat step 11-12 until the detection value of (A), (B), (C)

and (D) becomes the same, as shown in the figure 22.

1) Set input to AV1.
2) Input PAL60 50% window Signal 90 IRE in AV1.
3) Set picture quality mode to [PC/GAME].

Send “RGB Level” Command.

4) Adjust Y_OUT_LEVEL until the Green detection value is

within a setting value.

Detection setting value: 197 ± 3

5) Set Video Signal to PAL60 50% window 20 IRE.
6) Adjust Cb_OFFSET1 until the detection value of Blue

becomes same as that of Green.

7) Adjust Cr_OFFSET1 until the detection value of Red becomes

same as that of Green.

8) Repeat step 6-7 until it become the following detection setting

value.

Detection setting value: 44
R,G,B detection value dispersion: ± 1

9) Repeat step 2-7 until it is in the detection setting value of 4)

and 8).

10) Input PAL60 75% Color Bar signal into AV1. (Fig. 17)

11) Adjust C_OUT_LEVEL until the detection value of (A)

becomes same as that of (D), as shown in the figure 18.

(Note)
Adjustment is omissible.
The adjustment value of PAL60 copies that of NTSC.

(A)

(B)

(C)

(D)

ML board CN304 

3

 pin Blue output

Fig. 18

75% Color Bar

(A)

(B)

(C)

(D)

x

x

x

x

Wh Ye Cy G Mg R

Bl Bk

Cautions : The position of (A) excepts between

for 1/16 from an edge. 

Fig. 17

+2
–6

(A)

(B)

(C)

(D)

ML board CN304 

3

 pin Blue output

Fig. 21

(A)

(B)

(C)

(D)

ML board CN304 

3

 pin Blue output

Fig. 22

75% Color Bar

(A)

(B)

(C)

(D)

x

x

x

x

Wh Ye Cy G Mg R

Bl Bk

Cautions : The position of (A) excepts between

for 1/16 from an edge. 

Fig. 19

+2
–6

(A)

(B)

(C)

(D)

ML board CN304 

3

 pin Blue output

Fig. 20

KLV-MR30M1 (CH)      2-6

1) Set input to AV4 (or 5).
2) Input component PAL 50% window Signal 90 IRE in AV4

(or 5).

3) Set picture quality mode to [PC/GAME].

Send “RGB Level” Command.

4) Adjust Y_OUT_LEVEL until the Green detection value is

within a setting value.

Detection setting value: 197 ± 3

5) Set Video Signal to component PAL 50% window 20 IRE.
6) Adjust Cb_OFFSET2 until the detection value of Blue

becomes same as that of Green.

7) Adjust Cr_OFFSET2 until the detection value of Red becomes

same as that of Green.

8) Repeat step 6-7 until it become the following detection set-

ting value.

Detection setting value: 44
R,G,B detection value dispersion: ± 1

9) Repeat step 2-7 until it is in the detection setting value of 4)

and 8).

10) Input component PAL 75% Color Bar signal into “AV4 (or

5)”. (Fig. 23)

75% Color Bar

(A)

(B)

(C)

(D)

x

x

x

x

Wh Ye Cy G Mg R

Bl Bk

Cautions : The position of (A) excepts between

for 1/16 from an edge. 

Fig. 23

(A)

(B)

(C)

(D)

ML board CN304 

3

 pin Blue output

Fig. 24

+2
–6

• Measurement equipment

1. Color analyzer (CA-210 manufactured by MINOLTA)
2. Signal generator (ASTRO DESIGN VG-828D)

• Aging

1. Aging condition

The aging condition before the W/B Adjustment is as folows.

     Time                          : Over 10 min
     Ambient temperature : 22 ˘C to 28˘C
     Brightness                  : The value set by the aging mode

2. Connect the AC cord to the Display Unit.

In that case, do not connect the cable to the DVI or MDR
connector.

LED Lighting Check

Note : After the aging is performed, if the power becomes

OFF before the W/B adjustment, perform the aging for
30 seconds or more, and then perform the W/B adjust
ment.1.

• Connections

Perform the following connections for the Display Unit that
the aging has been complete.

1. Connect the JIG PC with the MDR connector on the P

board.

2. Connect the SG with the DVI connector on the P board.
3. Set the MINOLTA CA-210 to the LCD panel.

Notes :
•Perform steps 1 and 2 in above-described order.
•If the AC cord is disconnected, try to shorten the discon
  necting time.(If not, the aging may be required again.)

  

Aging Time

POWER LED

TIMER LED

  

0 to 10 min.    

Blinks in green and amber alternately

OFF

 

 Over 10 min. 

  Blinks in green and amber alternately

ON

Note : Check that the TIMER LED lights.

KLV-MR30M1 (CK)      2-7E

1.

Before the adjustment, set SET_FEATURE to “2”.

2.

Set WHITE_BALANCE to “4”.

3.

Confirm the following register settings

4.

From the SG, input the 70IRE all-gray signal.

5.

Adjust SUBCONT_R and SUBCONT_B referring to the
following Highlight Adjustment Specifications.

6.

From the SG, input the 20IRE all-gray signal.

7.

Adjust SUBBRIGHT_R and SUBBRIGHT_B referring to
the following Cutoff Adjustment Specifications.

8.

Repeat steps 1-4 to 1-7 performing the tracking until the
values satisfy the highlight and cutoff specifications.

9.

Save the values.

1.

Set WHITE_BALANCE to “2”.

2.

Perform steps 1-3 to 1-9 of White balance adjustment of
color temperature “Cool”.

1.

Set WHITE_BALANCE to “1”.

2.

Perform steps 1-3 to 1-9 of White balance adjustment of
color temperature “Cool”.

Register settings
Item

 Setting

CONTRAST

128

BRIGHT

128

KICKER_EN

0

GAMMA

0

GAMMA_ON

1

DC_TRAN1

0

DC_TRAN2

0

NR_MODE

0

NR_ON

0

BACKLIGHT

255

SUBCONT_R

128

SUBCONT_G

128

SUBCONT_B

128

SUBBRIGHT_R

128

SUBBRIGHT_G

100

SUBBRIGHT_B

128

 Color Temperature

Cool

   Normal

    Warm

  WHITE_BALANCE

4

    2

      1

x

0.269

   0.283

    0.296

y

0.271

   0.297

     0.309

Y                  Not specified  Not specified  Notspecified

Chromaticity

     tolerance within 1.0 JND

Highlight Adjustment Specifications

 Color Temperature

Cool

   Normal

    Warm

  WHITE_BALANCE

4

    2

      1

x

0.268

   0.283

    0.295

y

0.271

   0.297

     0.310

Y                  Not specified  Not specified  Notspecified

Chromaticity

     tolerance within 0.6 JND

Highlight Adjustment Specifications