R/G/B VIDEO AMPLIFIER FOR MONITORS S1D2141X01 R/G/B VIDEO AMPLIFIER 20-DIP-300A The S1D2141X01 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 FUNCTIONS • R/G/B Video Amplifier • Contrast/SUB contrast control • Brightness control • Blank gate/Clamp gate • Video clamp ORDERING INFORMATION Device Package Operating Temperature S1D2141X01-D0B0 20-DIP-300 -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 S1D2141X01 R/G/B VIDEO AMPLIFIER FOR MONITORS BLOCK DIAGRAM ONE (RED) OF THREE CHANNELS BDRIVE 1 20 BRIGHT GDRIVE 2 19 ROUT RDRIVE 3 18 RCLP 17 GOUT 16 VCC2 15 GCLP 14 GND2 13 BOUT -A3 2.4V _ A1 + RIN VIDEO CONTRAST VIDEO SUB_CONTRAST + _ A2 4 -A4 5 GIN 6 GND1 7 BIN 8 VIDEO CONTRAST CONTROL VIDEO SUB_CONTRAST CONTROL _ VCC1 gm + CONTRAST CONTROL 2 CLAMP GATE BLANK GATE CONST 9 12 BCLP CLP 10 11 BLK R/G/B VIDEO AMPLIFIER FOR MONITORS S1D2141X01 PIN CONFIGURATIONS Table 1. Pin Configurations Pin No Symbol I/O Configurations 1 BDRIVE I Blue Gain Control 2 GDRIVE I Green Gain Control 3 RDRIVE I Red Gain Control 4 RIN I Red Video Input 5 VCC1 - VCC1 = 12V 6 GIN I Green Video Input 7 GND1 - Ground1 8 BIN I Blue Video Input 9 CONST I Contrast Control Input 10 CLP I Clamp Gate Pulse Input 11 BLK I Blank Gate Pulse Input 12 BCLP - Blue Clamp Capacitor 13 BOUT O Blue Video Output 14 GND2 - Ground2 15 GCLP - Green Clamp Capacitor 16 VCC2 - VCC2 = 12V 17 GOUT O Green Video Output 18 RCLP - Red Clamp Capacitor 19 ROUT O Red Video Output 20 BRIGHT I Brightness Control Input 3 S1D2141X01 R/G/B VIDEO AMPLIFIER FOR MONITORS PIN DESCRITION Table 2. Pin Description Pin No Pin Name 4 Red Video Input (RIN) Green Video input (GIN) Blue Video Input (BIN) Schematic Description VCC 6 8 9 1 2 3 5 Video Contrast (CONST) Blue Drive (BDRIVE) Green Drive (GDRIVE) Red Drive (RDRIVE) Max input video signal is 0.7Vpp 2.4V Bias Video maximum contrast control range (0V ~ 4V) is -38dB Sub contrast control range (0V ~ 4V) is -11dB PIN 9 VCC1 17 VCC2 7 GND1 14 GND2 10 Clamp Gate Input (CLP) Supply voltage - Ground Video amp actives when clamp gate signal is in low TTL level PIN 10 4 - R/G/B VIDEO AMPLIFIER FOR MONITORS S1D2141X01 Table 2. Pin Description (Continued) Pin No Pin Name 11 Blank Gate Input (BLK) Schematic Description 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) Video signal output PIN 13 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 S1D2141X01 R/G/B VIDEO AMPLIFIER FOR MONITORS ABSOLUTE MAXIMUM RATINGS (TA = 25 °C) Table 3. Absolute Maximum Ratings Value No Item Symbol Unit Min Typ Max Vccmax - - 13.5 V 1 Maximum Supply Voltage 2 Operating Temperature Topr -25 - 70 °C 3 Storage Temperature Tstg -65 - 150 °C 4 Maximum Power Dissipation Pdmax - - 1.7 W 5 Thermal Resistance (Junction-ambient) θja - 71 - °C/W 6 Junction Temperature Tj - 150 - °C ELECTRICAL CHARACTERISTICS DC Electrical Characteristics: Tamb = 25 °C, VCC = 12V Table 4. DC Electrical Characteristics Parameter Supply Current Symbol Conditions Min Typ Max Unit ICC V4.6.8=none, V12.15.18=none V1.2.3.9.11=4V, V10=0V, V20=1V 60 80 100 mA Max. Supply Current ICCmax Same conditions of Ica except Vic=12.6V 75 95 115 mA R Input Bias Voltage VRb Same conditions of Ica Vcc=12V 2.0 2.4 2.8 V G Input Bias Voltage VGb Same conditions of Icc Vcc=12V 2.0 2.4 2.8 V B Input Bias Voltage VBb Same conditions of Icc Vcc=12V 2.0 2.4 2.8 V R Clamp Gate Low Input Voltage V10LR V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable 0.8 1.5 3.0 V G Clamp Gate Low Input Voltage V10LG V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable 0.8 1.5 3.0 V B Clamp Gate Low Input Voltage V10LB V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable 0.8 1.5 3.0 V 6 R/G/B VIDEO AMPLIFIER FOR MONITORS S1D2141X01 Table 4. DC Electrical Characteristics (Continued) Parameter Symbol Conditions Min Typ Max Unit R Clamp Gete High Input Voltage V10HR V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable 0.8 1.5 3.0 V G Clamp Gete High Input Voltage V10HG V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable 0.8 1.5 3.0 V B Clamp Gete High Input Voltage V10HB V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V V10=variable 0.8 1.5 3.0 V Clamp Gate Low Input Current I10L V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V, V10=0V -0.5 -0.2 - uA Clamp Gate Low Input Current I10H V4.6.8.12.15.18=none V1.2.3.9.11=4V, V20=1V, V10=12V - 0.01 1.0 uA R Clamp-Cap Charge Current IclampR+ V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=4V 0.45 0.75 1.05 mA G Clamp-Cap Charge Current IclampG+ V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=4V 0.45 0.75 1.05 mA B Clamp-Cap Charge Current IclampB+ V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=4V 0.45 0.75 1.05 mA R Clamp-Cap Discharge Current IclampR- V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V -1.05 -0.75 -0.45 mA G Clamp-Cap Discharge Current IclampG- V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V,V10=0V, V20=0V -1.05 -0.75 -0.45 mA B Clamp-Cap Discharge Current IclampB- V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V -1.05 -0.75 -0.45 mA R Blank Gate Low Input Voltage V11LR 0.8 1.5 3.0 V V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=variable 7 S1D2141X01 R/G/B VIDEO AMPLIFIER FOR MONITORS Table 4. DC Electrical Characteristics (Continued) Parameter Symbol Conditions Min Typ Max Unit G Blank Gate Low Input Voltage V11LG V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V → 0V) 0.8 1.5 3.0 V B Blank Gate Low Input Voltage V11LB V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V → 0V) 0.8 1.5 3.0 V R Blank Gate High Input Voltage V11HR V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V → 2V) 0.8 1.5 2.0 V G Blank Gate High Input Voltage V11HG V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V → 2V) 0.8 1.5 2.0 V B Blank Gate High Input Voltage V11HB V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V → 2V) 0.8 1.5 2.0 V Blank Gate Low Input Current I11L V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=0V -5.0 -2.0 - uA Blank Gate High Input Current I11RL V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V - -0.01 1.0 uA R Output Low Voltage VORL V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V - 0.1 0.2 V G Output Low Voltage VOCTL V4.6.8=none, V12.15.18= variable V1.2.3.9.11=4V, V10=0V, V20=0V - 0.1 0.2 V B Output Low Voltage VOBL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=variable - 0.1 0.2 V R Output High Voltage VORH V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V → 0V) 6.2 7.0 8.3 V G Output High Voltage VOGH V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (2V → 0V) 6.2 7.0 8.3 V B Output High Voltage VOBRL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V → 2V) 6.2 7.0 8.3 V R Black Level Output Voltage VORBL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V → 2V) 0.7 1.0 1.3 V 8 R/G/B VIDEO AMPLIFIER FOR MONITORS S1D2141X01 Table 4. DC Electrical Characteristics (Continued) Parameter Symbol Conditions Min Typ Max Unit G Black Level Output Voltage BOGBL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11 (0V → 2V) 0.7 1.0 1.3 V B Black Level Output Voltage VOBBL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=0V 0.7 1.0 1.3 V R-G Black Level Output Voltage ∆R-GBL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V20=1V, V11=12V -0.3 - 0.3 V G-B Black Level Output Voltage ∆R-BBL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=0V -0.3 - 0.3 V B-R Black Level Output Voltage ∆R-RBL V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=0V -0.3 - 0.3 V R Blank Output Voltage VORB V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=0V - 0.05 0.5 V G Blank Output Voltage BOGB V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=10V - 0.05 0.5 V B Blank Output Voltage VOBB V4.5.8.12.15.18=none, V10=0V V1.2.3.9=4V, V11=12V, V20=10V - 0.05 0.5 V R Sub Drive Ctrl Input Current IRd V4.5.8.12.15.18=none, V10=0V V1.2.3=0/4V, V9=4V, V11=4V, V20=1V - 0.25 2.0 uA G Sub Drive Ctrl Input Current IGd V4.5.8.12.15.18=none, V10=0V V1.2.3=0/4V, V9=4V, V11=4V, V20=1V - 0.25 2.0 uA B Sub Drive Ctrl Input Current IBd V4.5.8.12.15.18=none, V10=0V V1.2.3=0/4V, V9=4V, V11=4V, V20=1V - 0.25 2.0 uA Contrast Control Input Current ICON V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=0V, V11=4V - 0.25 2.0 uA Ibrt V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V - 1.0 2.0 uA R Spot Killer Voltage VspotR V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V 8.0 10.0 11.2 V G Spot Killer Voltage VspotG V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V 8.0 10.0 11.2 V B Spot Killer Voltage VspotB V4.5.8.12.15.18=none, V10=0V V1.2.3=4V, V9.20=4V, V11=4V 8.0 10.0 11.2 V Brightness Control Input Current 9 S1D2141X01 R/G/B VIDEO AMPLIFIER FOR MONITORS AC Electrical Characteristics: Tamb = 25 °C, VCC = 12V Table 5. AC Electrical Characteristics Parameter Symbol Conditions Min Typ Max Unit R Video Amp Gain AvmaxR V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1/3V 15.5 17.5 19.5 dB G Video Amp Gain AvmaxG V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1/3V 15.5 17.5 19.5 dB B Video Amp Gain AvmaxB V1. 2.3.9.11 = 4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1/3V 15.5 17.5 19.5 dB R-G Amp Gain Difference AvR-G V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -1.0 - 1.0 dB G-B Amp Gain Difference AvG-B V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -1.0 - 1.0 dB B-R Amp Gain Difference AvB-R V1.2.3.9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -1.0 - 1.0 dB R Sub Dr. Ctrl Gain Difference1 AvDR1 V1.2.3=2V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -6.0 -4.0 -2.0 dB G Sub Dr. Ctrl Gain Difference1 AvDG1 V1.2.3=2V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -6.0 -4.0 -2.0 dB B Sub Dr. Ctrl Gain Difference1 AvDB1 V1.2.3=2V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -6.0 -4.0 -2.0 dB R Sub Dr. Ctrl Gain Difference2 AvDR2 V1.2.3=0.25V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -13.0 -10.0 -7.0 dB G Sub Dr. Ctrl Gain Difference2 AvDG2 V1.2.3=0.25V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -13.0 -10.0 -7.0 dB B Sub Dr. Ctrl Gain Difference AvDB2 V1.2.3=0.25V, V9.11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -13.0 -10.0 -7.0 dB R Contrast Ctrl Gain Difference1 AvCR1 V1.2.3=4V, V9=2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -8.0 -6.0 -4.0 dB G Contrast Ctrl Gain Difference AvCG1 V1.2.3=4V, V9=2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -8.0 -6.0 -4.0 dB B Contrast Ctrl Gain Difference AvCB1 V1.2.3=4V, V9=2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -8.0 -6.0 -4.0 dB 10 R/G/B VIDEO AMPLIFIER FOR MONITORS S1D2141X01 Table 5. AC Electrical Characteristics (Continued) Parameter Symbol Conditions Min Typ Max Unit R-G Amp Gain Difference ∆AvR-G V1.2.3=4V, V9=4/2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -1.0 - 1.0 dB G-B Amp Gain Difference ∆AvR-B V1.2.3=4V, V9=4/2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -1.0 - 1.0 dB B-R Amp Gain Difference ∆AvR-R V1.2.3=4V, V9=4/2V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V -1.0 - 1.0 dB R Contrast Ctrl Gain Difference2 AvCR2 V1.2.3=4V, V9=0.25V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V - -38.0 -30.0 dB G Contrast Ctrl Gain Difference2 AvCG2 V1.2.3=4V, V9=0.25V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V - -38.0 -30.0 dB B Contrast Ctrl Gain Difference2 AvCB2 V1.2.3=4V, V9=0.25V, V11=4V, V12.15.18=none, V4.6.8=S1, V10=S8, V20=1V - -38.0 -30.0 dB R Video Amp Bandwidth Rf-3dB V4.6.8=S2, V12.15.18=variable V10=4V, V20=1/3V 70 85 - MHz G Video Amp Bandwidth Gf-3dB V4.6.8=S2, V12.15.18=variable V10=4V, V20=1/3V 70 85 - MHz B Video Amp Bandwidth Bf-3dB V4.6.8=S2, V12.15.18=variable V10=4V, V20=1/3V 70 85 - MHz R Video Amp THD RTHD V4.5.8=S5, V12.15.18=none V1.2.3.10.11=4V, V9=Variable - 1.0 5.0 % G Video Amp THD GTHD V4.5.8=S5, V12.15.18=none V1.2.3.10.11=4V, V9=Variable - 1.0 5.0 % B Video Amp THD BTHD V4.5.8=S5, V12.15.18=none V1.2.3.10.11=4V, V9=Variable - 1.0 5.0 % R Video Amp IS01-10K RISO1-10K V4=S3, V6.8=none, V20=1V V12.15.18=variable V1.2.3.9.10.11=4V - -65 -45 dB R Video Amp IS02-10K RISO2-10K V4=S3, V6.8=none, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V - -65 -45 dB V4.8=none, V6=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V - -65 -45 dB V4.8=none, V6=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V - -65 -45 dB G Video Amp IS01-10K G Video Amp IS02-10K G ISO1-10K GISO2-10K 11 S1D2141X01 R/G/B VIDEO AMPLIFIER FOR MONITORS Table 5. AC Electrical Characteristics (Continued) Parameter Symbol Conditions Min Typ Max Unit B Video Amp IS01-10K BISO1-10K V4.6=none, V8=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V - -65 -45 dB B Video Amp IS02-10K BISO2-10K V4.6=none, V8=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V - -65 -45 dB R Video Amp IS01-10M RISO1-10M V6.8=none, V4=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V - -50 -35 dB R Video Amp IS02-10M RISO2-10M V6.8=none, V4=S3, V20=1V V12.15.18=variable, V1.2.3.9.10.11=4V - -50 -35 dB G Video Amp IS01-10M GISO1-10M V6=S3, V4.8=none - -50 -35 dB G Video Amp IS02-10M GISO2-10M V6=S3, V4.8=none - -50 -35 dB B Video Amp IS01-10M BISO1-10M V8=S3, V4.6=none - -50 -35 dB B Video Amp IS02-10M BISO2-10M V8=S3, V4.6=none - -50 -35 dB R Video Rising Time trR V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable - 4.0 5.0 ns G Video Rising Time trG V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable - 4.0 5.0 ns B Video Rising Time trB V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable - 4.0 5.0 ns R Video Falling Time tfR V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable - 4.0 5.0 ns G Video Falling Time tfG V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable - 4.0 5.0 ns B Video Falling Time tfB V4.6.8=S6, V12.15.18=none V1.2.3.11=4V, V10=S8, V20=1V V9=variable - 4.0 5.0 ns trBlankR V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable - 6.0 15.0 ns R Blank Output Rising Time 12 R/G/B VIDEO AMPLIFIER FOR MONITORS S1D2141X01 Table 5. AC Electrical Characteristics (Continued) Parameter Symbol Conditions Min Typ Max Unit G Blank Output Rising Time trBlankG V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable - 6.0 15.0 ns B Blank Output Rising Time trBlankB V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable - 6.0 15.0 ns R Blank Output Falling Time tfBlankR V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable - 7.0 20.0 ns G Blank Output Falling Time tfBlankG V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable - 7.0 20.0 ns B Blank Output Falling Time tfBlankB V4.6.8.12.15.18=none V1.2.3.9=4V, V11=S7, V10=0V V20=variable - 7.0 20.0 ns 13 S1D2141X01 R/G/B VIDEO AMPLIFIER FOR MONITORS APPLICATION CIRCUIT 12V + 470uF 0.1uF B_DRV Bright In 100 1 BDRIVE BRIGHT 100 20 0.1uF 0.1uF G_DRV Red Out 100 2 GDRIVE ROUT 19 0.1uF 390 R_DRV 100 3 RDRIVE RCLP 18 0.1uF Red In 33 0.1uF Green Out 10uF 4 + 75 Green In 33 10uF 6 33 GIN S1D2141X KA2141 VCC2 16 0.1uF GCLP + 100uF 15 GND1 GND2 BIN BOUT 14 Blue Out 10uF 8 + 75 17 0.1uF 7 Blue In VCC1 0.1uF + 75 GOUT 390 5 + 100uF RIN 13 390 CONST In 100 9 CONST BCLP 12 0.1uF 0.1uF CLP In BLK In 100 14 10 CLP BLK 11 100