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APRIL. 1998
DATA SHEET
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
KA2141
R/G/B VIDEO AMPLIFIER
The KA2141 is a very high frequency Video amplifier system to be used in Monitor. It contains 3 matched R/G/B video amplifiers with blank signal and clamp gate pulse and provides a flexible interfacing to DC controlled adjustment system
20-DIP-300A
FUNCTIONS
· R/G/B Video Amplifier · Contrast/SUB contrast control · Brightness control · Blank gate/Clamp gate · Video clamp
ORDERING INFORMATION
Device KA2141 Package 20-DIP-300 Operating Temperature -25 °C ~ +70 °C
FEATURES
· 3 - channel R/G/B Video Amplifier: 85MHz bandwidth. · DC contrast control range: -38dB (0V ~ 4V) · DC sub contrast control range: -11dB (0V ~ 4V) · Maximum Video output level: 7Vpp · DC Brightness control range: 0V ~ 4V · Include blank gate and clamp gate signal processing block
1
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
BLOCK DIAGRAM
ONE (RED) OF THREE CHANNELS
BDRIVE
1
20
BRIGHT
GDRIVE
2
19
ROUT
-A3
RDRIVE
3
2.4V _ A1 + VIDEO CONTRAST VIDEO SUB_CONTRAST + _ A2
18
RCLP
RIN
4
-A4
17
GOUT
VCC1
5
gm
GIN
GND1
7
BIN
8
CONTRAST CONTROL CLAMP GATE BLANK GATE
CONST
9
CLP
10
2
+
6
_
VIDEO CONTRAST CONTROL
VIDEO SUB_CONTRAST CONTROL
16
VCC2
15
GCLP
14
GND2
13
BOUT
12
BCLP
11
BLK
R/G/B VIDEO AMPLIFIER FOR MONITORS
KA2141
PIN CONFIGURATIONS
Table 1. Pin Configurations Pin No 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 BDRIVE GDRIVE RDRIVE RIN VCC1 GIN GND1 BIN CONST CLP BLK BCLP BOUT GND2 GCLP VCC2 GOUT RCLP ROUT BRIGHT Symbol I/O I I I I I I I I I O O O I Configurations Blue Gain Control Green Gain Control Red Gain Control Red Video Input VCC1 = 12V Green Video Input Ground1 Blue Video Input Contrast Control Input Clamp Gate Pulse Input Blank Gate Pulse Input Blue Clamp Capacitor Blue Video Output Ground2 Green Clamp Capacitor VCC2 = 12V Green Video Output Red Clamp Capacitor Red Video Output Brightness Control Input
3
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
PIN DESCRITION
Table 2. Pin Description Pin No Pin Name Schematic
VCC
Description
4 6 8
Red Video Input (RIN) Green Video input (GIN) Blue Video Input (BIN)
Max input video signal is 0.7Vpp
2.4V Bias
9 1 2 3
Video Contrast (CONST) Blue Drive (BDRIVE) Green Drive (GDRIVE) Red Drive (RDRIVE)
Video maximum contrast control range (0V ~ 4V) is -38dB Sub contrast control range (0V ~ 4V) is -11dB
PIN 9
5 17 7 14 10
VCC1 VCC2 GND1 GND2 Clamp Gate Input (CLP) Video amp actives when clamp gate signal is in low TTL level Ground Supply voltage
PIN 10
4
R/G/B VIDEO AMPLIFIER FOR MONITORS
KA2141
Table 2. Pin Description(Continued) Pin No Pin Name Schematic Description
11
Blank Gate Input (BLK)
Video amp actives when blank gate signal is in low TTL level
PIN 11
VCC
18 16 13
Red Video output (ROUT) Green Video output (GOUT) Blue Video output (BOUT)
PIN 13
Video signal output
VCC
12 15 19
Blue Clamp Cap (BCLP) Green Clamp Cap (GCLP) Red Clamp Cap (RCLP)
Brightness controlling actives by charging and discharging of the external cap (0.1uF)
PIN 12
20
Bright Control (BRIGHT)
During the clamp gate period, video signal's DC level (clamp level) is fixed according to the brightness control voltage
PIN 20
5
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
ABSOLUTE MAXIMUM RATINGS (TA = 25 °C)
Table 3. Absolute Maximum Ratings Value No Item Symbol Min 1 2 3 4 5 6 Maximum Supply Voltage Operating Temperature Storage Temperature Maximum Power Dissipation Thermal Resistance (Junction-ambient) Junction Temperature Vccmax Topr Tstg Pdmax ja Tj -25 -65 Typ 71 150 Max 13.5 70 150 1.7 V °C °C W °C/W °C Unit
ELECTRICAL CHARACTERISTICS
DC Electrical Characteristics:Tamb = 25 °C, VCC = 12V Table 4. DC Electrical Characteristics
Parameter Supply Current Symbol ICC Conditions V4.6.8=none, V12.15.18=none V1.2.3.9.11=4V, V10=0V, V20=1V Same conditions of Ica except Vic=12.6V Same conditions of Ica Vcc=12V Same conditions of Icc Vcc=12V Same conditions of Icc Vcc=12V V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable Min 60 Typ 80 Max 100 Unit mA
Max. Supply Current R Input Bias Voltage G Input Bias Voltage B Input Bias Voltage R Clamp Gate Low Input Voltage
ICCmax VRb VGb VBb V10LR
75 2.0 2.0 2.0 0.8
95 2.4 2.4 2.4 1.5
115 2.8 2.8 2.8 3.0
mA V V V V
G Clamp Gate Low Input Voltage
V10LG
0.8
1.5
3.0
V
B Clamp Gate Low Input Voltage
V10LB
0.8
1.5
3.0
V
6
R/G/B VIDEO AMPLIFIER FOR MONITORS
KA2141
Table 4. DC Electrical Characteristics (Continued)
Parameter R Clamp Gete High Input Voltage Symbol V10HR Conditions V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V, V10=0V V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V, V10=12V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=4V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=4V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=4V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V,V10=0V, V20=0V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=variable Min 0.8 Typ 1.5 Max 3.0 Unit V
G Clamp Gete High Input Voltage
V10HG
0.8
1.5
3.0
V
B Clamp Gete High Input Voltage
V10HB
0.8
1.5
3.0
V
Clamp Gate Low Input Current
I10L
-0.5
-0.2
-
uA
Clamp Gate Low Input Current
I10H
-
0.01
1.0
uA
R Clamp-Cap Charge Current
IclampR+
0.45
0.75
1.05
mA
G Clamp-Cap Charge Current
IclampG+
0.45
0.75
1.05
mA
B Clamp-Cap Charge Current
IclampB+
0.45
0.75
1.05
mA
R Clamp-Cap Discharge Current
IclampR-
-1.05
-0.75
-0.45
mA
G Clamp-Cap Discharge Current
IclampG-
-1.05
-0.75
-0.45
mA
B Clamp-Cap Discharge Current
IclampB-
-1.05
-0.75
-0.45
mA
R Blank Gate Low Input Voltage
V11LR
0.8
1.5
3.0
V
7
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
Table 4. DC Electrical Characteristics (Continued)
Parameter G Blank Gate Low Input Voltage Symbol V11LG Conditions V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V 0V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V 0V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V 2V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V 2V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V 2V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=0V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=variable V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V 0V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V 0V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V 2V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V 2V) Min 0.8 Typ 1.5 Max 3.0 Unit V
B Blank Gate Low Input Voltage
V11LB
0.8
1.5
3.0
V
R Blank Gate High Input Voltage
V11HR
0.8
1.5
2.0
V
G Blank Gate High Input Voltage
V11HG
0.8
1.5
2.0
V
B Blank Gate High Input Voltage
V11HB
0.8
1.5
2.0
V
Blank Gate Low Input Current Blank Gate High Input Current
I11L I11RL
-5.0 -
-2.0 -0.01
1.0
uA uA
R Output Low Voltage
VORL
-
0.1
0.2
V
G Output Low Voltage
VOCTL
-
0.1
0.2
V
B Output Low Voltage
VOBL
-
0.1
0.2
V
R Output High Voltage
VORH
6.2
7.0
8.3
V
G Output High Voltage
VOGH
6.2
7.0
8.3
V
B Output High Voltage
VOBRL
6.2
7.0
8.3
V
R Black Level Output Voltage
VORBL
0.7
1.0
1.3
V
8
R/G/B VIDEO AMPLIFIER FOR MONITORS
KA2141
Table 4. DC Electrical Characteristics (Continued)
Parameter G Black Level Output Voltage Symbol BOGBL Conditions V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V 2V) V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=0V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=12V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=0V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=0V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=0V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=10V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=10V V4.5.8.12.15.18=none, V10=0V V1.2.3=0/4V, V9=4V, V11=4V, V20=1V V4.5.8.12.15.18=none, V10=0V V1.2.3=0/4V, V9=4V, V11=4V, V20=1V V4.5.8.12.15.18=none, V10=0V V1.2.3=0/4V, V9=4V, V11=4V, V20=1V V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=0V, V11=4V V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V Min 0.7 Typ 1.0 Max 1.3 Unit V
B Black Level Output Voltage R-G Black Level Output Voltage G-B Black Level Output Voltage B-R Black Level Output Voltage R Blank Output Voltage G Blank Output Voltage
VOBBL R-GBL R-BBL R-RBL VORB BOGB
0.7 -0.3 -0.3 -0.3 -
1.0 0.05 0.05
1.3 0.3 0.3 0.3 0.5 0.5
V V V V V V
B Blank Output Voltage
VOBB
-
0.05
0.5
V
R Sub Drive Ctrl Input Current
IRd
-
0.25
2.0
uA
G Sub Drive Ctrl Input Current
IGd
-
0.25
2.0
uA
B Sub Drive Ctrl Input Current
IBd
-
0.25
2.0
uA
Contrast Control Input Current Brightness Control Input Current R Spot Killer Voltage G Spot Killer Voltage B Spot Killer Voltage
ICON Ibrt VspotR VspotG VspotB
8.0 8.0 8.0
0.25 1.0 10.0 10.0 10.0
2.0 2.0 11.2 11.2 11.2
uA uA V V V
9
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
AC Electrical Characteristics:Tamb = 25 °C, VCC = 12V Table 5. AC Electrical Characteristics
Parameter R Video Amp Gain G Video Amp Gain B Video Amp Gain R-G Amp Gain Difference G-B Amp Gain Difference B-R Amp Gain Difference R Sub Dr. Ctrl Gain Difference1 Symbol AvmaxR AvmaxG AvmaxB AvR-G AvG-B AvB-R AvDR1 Conditions V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1/3V V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1/3V V1. 2.3.9.11 = 4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1/3V V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=2V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=2V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=2V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=0.25V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=0.25V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=0.25V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V Min 15.5 15.5 15.5 -1.0 -1.0 -1.0 -6.0 Typ 17.5 17.5 17.5 -4.0 Max 19.5 19.5 19.5 1.0 1.0 1.0 -2.0 Unit dB dB dB dB dB dB dB
G Sub Dr. Ctrl Gain Difference1
AvDG1
-6.0
-4.0
-2.0
dB
B Sub Dr. Ctrl Gain Difference1
AvDB1
-6.0
-4.0
-2.0
dB
R Sub Dr. Ctrl Gain Difference2
AvDR2
-13.0
-10.0
-7.0
dB
G Sub Dr. Ctrl Gain Difference2
AvDG2
-13.0
-10.0
-7.0
dB
B Sub Dr. Ctrl Gain Difference R Contrast Ctrl Gain Difference1
AvDB2
-13.0
-10.0
-7.0
dB
AvCR1
-8.0
-6.0
-4.0
dB
G Contrast Ctrl Gain Difference B Contrast Ctrl Gain Difference
AvCG1
-8.0
-6.0
-4.0
dB
AvCB1
-8.0
-6.0
-4.0
dB
10
R/G/B VIDEO AMPLIFIER FOR MONITORS
KA2141
Table 5. AC Electrical Characteristics (Continued)
Parameter R-G Amp Gain Difference Symbol AvR-G Conditions V1.2.3=4V, V9=4/2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=4/2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=4/2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=0.25V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=0.25V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V1.2.3=4V, V9=0.25V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V V4.6.8=S2, V12.15.18=variable V10=4V, V20=1/3V V4.6.8=S2, V12.15.18=variable V10=4V, V20=1/3V V4.6.8=S2, V12.15.18=variable V10=4V, V20=1/3V V4.5.8=S5, V12.15.18=none V1.2.3.10.11=4V, V9=Variable V4.5.8=S5, V12.15.18=none V1.2.3.10.11=4V, V9=Variable V4.5.8=S5, V12.15.18=none V1.2.3.10.11=4V, V9=Variable V4=S3, V6.8=none, V20=1V V12.15.18=variable V1.2.3.9.10.11=4V V4=S3, V6.8=none, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V V4.8=none, V6=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V V4.8=none, V6=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V Min -1.0 Typ Max 1.0 Unit dB
G-B Amp Gain Difference
AvR-B
-1.0
-
1.0
dB
B-R Amp Gain Difference
AvR-R
-1.0
-
1.0
dB
R Contrast Ctrl Gain Difference2
AvCR2
-
-38.0
-30.0
dB
G Contrast Ctrl Gain Difference2
AvCG2
-
-38.0
-30.0
dB
B Contrast Ctrl Gain Difference2
AvCB2
-
-38.0
-30.0
dB
R Video Amp Bandwidth G Video Amp Bandwidth B Video Amp Bandwidth R Video Amp THD G Video Amp THD B Video Amp THD R Video Amp IS01-10K
Rf-3dB Gf-3dB Bf-3dB RTHD GTHD BTHD RISO1-10K
70 70 70 -
85 85 85 1.0 1.0 1.0 -65
5.0 5.0 5.0 -45
MHz MHz MHz % % % dB
R Video Amp IS02-10K
RISO2-10K
-
-65
-45
dB
G Video Amp IS01-10K
GISO1-10K
-
-65
-45
dB
G Video Amp IS02-10K
GISO2-10K
-
-65
-45
dB
11
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
Table 5. AC Electrical Characteristics (Continued)
Parameter B Video Amp IS01-10K Symbol BISO1-10K Conditions V4.6=none, V8=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V V4.6=none, V8=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V V6.8=none, V4=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V V6.8=none, V4=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V V6=S3, V4.8=none Min Typ -65 Max -45 Unit dB
B Video Amp IS02-10K
BISO2-10K
-
-65
-45
dB
R Video Amp IS01-10M
RISO1-10M
-
-50
-35
dB
R Video Amp IS02-10M
RISO2-10M
-
-50
-35
dB
G Video Amp IS01-10M
GISO1-10M GISO2-10M BISO1-10M BISO2-10M trR
-
-50
-35
dB
G Video Amp IS02-10M
V6=S3, V4.8=none
-
-50
-35
dB
B Video Amp IS01-10M
V8=S3, V4.6=none
-
-50
-35
dB
B Video Amp IS02-10M
V8=S3, V4.6=none
-
-50
-35
dB
R Video Rising Time
V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable
-
4.0
5.0
ns
G Video Rising Time
trG
-
4.0
5.0
ns
B Video Rising Time
trB
-
4.0
5.0
ns
R Video Falling Time
tfR
-
4.0
5.0
ns
G Video Falling Time
tfG
-
4.0
5.0
ns
B Video Falling Time
tfB
-
4.0
5.0
ns
R Blank Output Rising Time
trBlankR
-
6.0
15.0
ns
12
R/G/B VIDEO AMPLIFIER FOR MONITORS
KA2141
Table 5. AC Electrical Characteristics (Continued)
Parameter G Blank Output Rising Time Symbol trBlankG Conditions V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable Min Typ 6.0 Max 15.0 Unit ns
B Blank Output Rising Time
trBlankB
-
6.0
15.0
ns
R Blank Output Falling Time
tfBlankR
-
7.0
20.0
ns
G Blank Output Falling Time
tfBlankG
-
7.0
20.0
ns
B Blank Output Falling Time
tfBlankB
-
7.0
20.0
ns
13
KA2141
R/G/B VIDEO AMPLIFIER FOR MONITORS
APPLICATION CIRCUIT
12V + 470uF 0.1uF
B_DRV 100 0.1uF G_DRV 100 0.1uF R_DRV 100 0.1uF Red In 33 75 10uF
Bright In
1
BDRIVE
BRIGHT
20
0.1uF
100
Red Out
2
GDRIVE
ROUT
19
390
3
RDRIVE
RCLP
18
0.1uF Green Out
4
RIN
GOUT
17
390
+ 100uF
Green In 75 33 10uF
+
5
0.1uF
VCC1
VCC2
16
0.1uF
KA2141
6 GIN GCLP 15
+ 100uF
+
7
0.1uF
GND1
GND2
14
Blue In 33 75 CONST In 100
10uF
Blue Out
8
BIN
BOUT
13
390
+
9
0.1uF
CONST
BCLP
12
0.1uF BLK In
CLP In 100
10
CLP
BLK
11
100
14