testing purposes \ LSP5 0R R6 1k 2 1M 0R GND a R2 10k GND g 10uF 100pF e LSP6 0R U5A JP4 JP5 O IN_L +2.5V 2 C32 R11 C18 PWM P 1 SIN V R20 3 10k 1 - GND 1k OPA2365 10uF 100pF 1 P C11 U6G$1 W U7A TRI 2 M 100nF +5V 2 7 PWM C R21 1 1 l 3 TLV3502 a 10k OPA2365 s GND GND 1 D 2 \ R23 3 C17 C 100k Output Stage
9 1 R 4 N 100n 100n 4 4 4 4 4 4 4 4 4 4 3 R G PWR +5V D X X X X X X X X X X A C16 C20 X1-1 IN OUT L +C1 100n C6 GND C11 B IC1 B 47µ L7805 100n +5V -9V X1-2 AGND +9V +C3 AGND k IC8 1 7 47µ R 1 8 3 X1-3 ISET 6 2 RST OP07 R8 R13 5 4 -9V IC2 +9V (ADC10/RESET)PB7 10 12k 12k C (ADC9/INT0/T0)PB69 -9V C (ADC8
PIV340302 n PIV340402 n PIV340502 n n n n n mmPIV3m0103 m PIVm40203 m PIV3m0303 m PIVm40403 m PIV3m0503 l PIV3l0104 a l PIVl40204 a l PIV3l0304 a l PIVl40404 a l PIV3l0504 a NLPIV340105 DPPIV340205 DPPIV340305 DP PIV340405 DPPIV340505 DP DP DP DP DP c PIV3c0106 g j c PIVc40206 g j c PIV3c0306 g j c PIVc40406
- 6 0 0 7808DT C C V V V V V V V V - 1 4 2 4 IC5 1 VI VO 2 V V S S S S S S S S 1 D V - - D 1 D 1 7805DT C 2 VCC V S 4 5 J1 1 VI VO 2V GND g R 8 C7 IC4P TTP T 1 +C10 C5 3 C6 u 1 8 8 S 2 G3D s 6 N + K1 + 7 V 3 m D 1 14052 IC2 GND C DCJ0202 i GND V A 4 3 4 4 k R 2 8 MX2 14 GND A 0 D 0 D 2 l L T2 g + 13
IC1 +12V Spannungsversorgung IN OUT µ F C6 2 N 3 F + 0 L N F1 L1F EI48_PRI230V-SEK15V C n G C n 1 +12V 16AT F2 ~Br1 0 7812 1 2 100nF F 1 F 4 D3 D1 1 C 7 C , C 6,8mH , Y 1,25AT + F P R2 R1 K13 1 K X 4 Y 4 2 F - µ C V R C , + 1 0 IC2 +5V 1 - 470K 1W 47R 1W R D F F 2 F 3X 0 C 2 Relais e 8 K1 V , , C L1 , Y D4 D2 IN OUT F R G 0 4 Y 4 B40C1500 N 5 µ TBOUT C7 ~ 4 n G C n +1 ERDE Tr1 C 0 7805 0 +12V NF 1 1 C 100nF R4 R3 K14 IC4 6 2 0 470K 1W 47R 1W R 4 B T C8 +12V RELAIS1 +5V RELAIS5 100nF R6 R5 K15 Sensorik
OUT_2 s 10k 10k + 6 R6 C6 C10 6 A 7 OUT_6 GND 5 1uF 1uF - m 6R20 C23 C28 6 v GND 5 1uF 1uF - e n 2 l 2 1 10k 3 b GND GND GND a 1 10k 3 RV2 K GND GND GND RV6 GND GND EVG Dimm-Schnittstelle 1V...10V C C Vout: 15V 0,45mA zum OpAmp 5V Linearregler: -Steuerspannung für OpAmp um mit der Verstärkung 12V Linearregler
10u D A - A 2K C1 10n J3 + 10n 2K J2 2K 10n BZW06-15 U n 0 C14 C13 1 2 6 A D7 C2 1 5 R D A1 C A 100n L7805 R27 1K + - 5 D24 2K l 6 9 9 4 5 + i 0 D R R R Q K 1N4733 10n i Z D - B 5 C K K K 2 8 R D 0 1 2 2 IRLZ44N C A 2 6 D + 2K - 1 a 6 2 3 3 3 + - Digital3 -+ + g 0 D R R R Q Digital12 10n D Z 2 - B 6 C
3 U 5 2 U K 0 3 10k BC337 3 10k BC337 . 1 5V T3 T2 2 R KK3 GND +24V FK209 J6 1 LM2576-1 2 8 +24V 7805_1 0 R 3 LM2576?ADJ 8V to 5V V P$1 IN FB P$4 L2 5 OUT P$2 1IN OUT 3 GND F 150µH C6 GND C12 GND GND +C14 O 2 k 7 D * 8 + C150 1 100uF 2 10uF 100µ/G0V_CeO 3 5 1 R D 1 1000µ/16V_Cer k $ $ . 1 GND P P 1
3 U 5 2 U K 0 3 10k BC337 3 10k BC337 . 1 5V T3 T2 2 R KK3 GND +24V FK209 J6 1 LM2576-1 2 8 +24V 7805_1 0 R 3 LM2576?ADJ 8V to 5V V P$1 IN FB P$4 L2 5 OUT P$2 1IN OUT 3 GND F 150µH C6 GND C12 GND GND +C14 O 2 k 7 D * 8 + C150 1 100uF 2 10uF 100µ/G0V_CeO 3 5 1 R D 1 1000µ/16V_Cer k $ $ . 1 GND P P 1
FMU-36R 1 R27 VCC VB 1020 2 0 10K 2 7 R 1 15 B S4 3 RT HO 6 6 14 D14 +21V IC5 +15V D4 1 CT VS F3 2L20U 1NL20U 3 1 4 5 13 7815F +15V B TOP221P R C45 1N COM LO 4 12 I O B D26 2153 A 1.6A 6+ 3 3+ 3 9 N C 3+ 5 1 N 1 7 5 DRN CON 4 D24 3 11 2 0 2 0 5 0 3 / 6 0 2 0 SRS SRS 9V1 D13 C 4 C 4 C 1 C 1 C 1 D 4 6 3 3 E 4 0 4 0 6 1 N 1 N 4 N 5 T2 T3 10 2L20U A AGND C39 1S3 7 SRS SRS 2 R 6 C 2 C 1 1 K 4 0 R 3 9 0 4 0 2 0 4148 1MBK50D 1 9 D16 SRS SRS R 4 C 1 V 3 C 1 C 1 R 1 2655 R5 C 5 5 5 A 1N B 8 1 T9 T11 33 2L20U 2+ 0 2+ 0 5 0 3+ / 6 0 1 0 IC2 0+ / 856
0 D 2 l L T2 g + 13 VCC 22 N N GND 1 e BC84t P16 21 SV2-8 1 1 S H c P15 20 SV2-7 3IC1 GND e 24 P14 19 SV2-6 z 4T 30 e SCL P13 18 SV2-5 1 H RESET (ADC7)PA7 31 r 23 P12 17 SV2-4 O K / S 2 7 1 0 (ADC6)PA6 32 TP10 l SDA P11 16 SV2-3 P1 C A C p Q 4 7 XTAL2 (ADC4)PA4 33 TP11 h PP9 15 SV2-1 Studenanzeige V e 3 7 (ADC3)PA3 34 TP12 S 1 ADR P8 3 SV3-1 S TP8-1 e GND C 2 8 XTAL1 (ADC2)PA2 35 TR83 P7 4 SV3-2 n (ADC1)PA1
- 6 0 0 7808DT C C V V V V V V V V - 1 4 2 4 IC5 1 VI VO 2 V V S S S S S S S S 1 D V - - D 1 D 1 7805DT C 2 VCC V S 4 5 J1 4 4 1 VI VO 2V GND g R 8 C7 IC4P TTP T 1 0 0 +C10 C5 3 C6 u 1 8 8 S 2 3 N 4 N G3D s 6 N + K1 + 100n7 V 3 D 1 D 1 1000µ 100n 100n m D 1 14052 IC2 GND C DCJ0202 i GND V A k R 2 8 MX2 14 GND A 2 l L T2 g + 13 VCC 22 GND 1 e BC84t P16 21 SV2-8 S H c P15 20 SV2-7 3IC1 GND e 24 P14 19 SV2-6 z 4T 30 e SCL P13 18 SV2-5 1 H RESET (ADC7)PA7 31 r 23 P12 17 SV2-4 O K / S 2 7 1 0 (ADC6)PA6 32 TP10 l SDA
- 6 0 0 7808DT C C V V V V V V V V - 1 4 2 4 IC5 1 VI VO 2 V V S S S S S S S S 1 D V - - D 1 D 1 7805DT C 2 VCC V S 4 5 J1 4 4 1 VI VO 2V GND g R 8 C7 IC4P TTP T 1 0 0 +C10 C5 3 C6 u 1 8 8 S 2 3 N 4 N G3D s 6 N + K1 + 100n7 V 3 D 1 D 1 1000µ 100n 100n m D 1 14052 IC2 GND C DCJ0202 i GND V A k R 2 8 MX2 14 GND A 2 l L T2 g + 13 VCC 22 GND 1 e BC84t P16 21 SV2-8 S H c P15 20 SV2-7 3IC1 GND e 24 P14 19 SV2-6 z 4T 30 e SCL P13 18 SV2-5 1 H RESET (ADC7)PA7 31 r 23 P12 17 SV2-4 O K / S 2 7 1 0 (ADC6)PA6 32 TP10 l SDA
Kein RDS Rot: (RGB-LED):Kein RDS 1 OSCOUT9 C2 MPXIN TDA7330 27p 220p 12 RDCL RDDA13 19 TM T POR 20 N L 7 G F T T T T T E 5 4 3 5 7 8 1 1 E þÿAuskoppelstufe für RFT-Tuner z.B.: F F HMK-T100, ST3xxx, Rema Tonica RX80 etc... R2 1k C4 k 0R3 1R5 Als Transistor eignet sich auch BC236. 1N4004 3 5 KSC945 auch
vs Double-Gauge KK noch berechnen 4 KK noch berechnen 4 + IC6 0 IC11 0 ohne KK V 7815TV 8 4 +15V 7805TV 15V B1 1 VI VO 3 D 1 1 VI VO 3 D 1 DBL205G +C6 C8 C19 C44 C45 1 TR1 8 GND V+ GND X2-1 1 2 2200u 330n 2 100n 4 330n 2 100n 4 2 P 7 0 0 3 6 C42 4 3 4 2 1 GND+C4 2.22 1 C43 D 1 C46 1 C47 D 1 4 P 5 GND
vs Double-Gauge KK noch berechnen 4 KK noch berechnen 4 + IC6 0 IC11 0 ohne KK V 7815TV 8 4 +15V 7805TV 15V B1 1 VI VO 3 D 1 1 VI VO 3 D 1 DBL205G +C6 C8 C19 C44 C45 1 TR1 8 GND V+ GND X2-1 1 2 2200u 330n 2 100n 4 330n 2 100n 4 2 P 7 0 0 3 6 C42 4 3 4 2 1 GND+C4 2.22 1 C43 D 1 C46 1 C47 D 1 4 P 5 GND
g g a a t t S S r r CONNC _0O1NXN0_101X01 3 d 4 d 1 2 3 4 P e P e 5 6 7 8 1 H H 0 U3 LM7812CT 12V 7805 1_ 1_ 1 i i Pin_Headers:Pin_Header_Straight_2x03 0 1 Transisto1s_TO-220:TO-220_Neutr3l123_Vertical_LargePads P P P7 Pin_Headers:Pin_Header_StNaight_1x01 IN OUT VI VO sVCC_MCsX MISO 1 2 VCC_MCUX 1 NP3
1 3 1 2 1 2 E V K7 2_ 7 V K6 L 7 I 3 1 7 5 O L Q B _ µ F F 13 1 D I . S µ 7 G R2-0603 V 4 R3-0603 V 4 5V D K 7 1N4148DO35-7 V 1 1 2 2 24 2 S 24 I V K5 5 Q B D8 A 9 0 7 E 13 1 100k A R 1 L 0 6 - KK3 O 1 5V D K GND R20 D FK209 _ F Q B 1N4148DO35-7 V G 3 I . 13 1 100k D7 S 2 +24V LM2576-1 R1-0603 V 4 A +24V 7805_1 5V C K R40 A 1 LM2576?ADJ Ring Inductor 8V to 5V V 24 V GND - J6 P$1 IN FB P$4 5 1N4148DO35-7 I 6 OUT P$2P$1 P2P1 P$2 1 IN OUT 3 D2 A G F GND + C8 C12 A GND +C14 / 2 k 7 - N N 8 + C15 0 1 2 10µ/100nFer
;mit ;Schautzmaßnahmen gegen Störungen und Überspannung erfolgen, ein ;einfacher 7805 reicht da bei weitem nicht aus. ;Verwendete Ressourcen: ;- Portb, siehe Anschlussbelegung ;- 9 Register, siehe Definitionen ;- Timer0-Überlauf-Interrupt alle 10ms (12000 Takte) ;- Kalibration des RC-Oszillators
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