Sie die Simulation mit Silicium-Dioden (z.B. Typ D1N4148 [9]) und stellen Sie die Ergeb- nisse im selben Bild dar. Vergleichen Sie die Ergebnisse miteinander. 6. Dehnen Sie die Simulationszeit bis etwa 1,3s aus und wählen eine vergleichsweise kleine Amplitude
code WW: Week code MP6528: Part number LLLLLL: Lot number PACKAGE REFERENCE TOP VIEW F P L D R E U D N T C S F N N G D O n n E G 8 7 6 5 4 3 2 2 2 2 2 2 2 2 VIN 1 21 ENB CPA 2 20 PWMA CPB 3 19 GND VREG 4 MP6528 18 PWMB BSTA 5 17 LSS SHA 6 16 GLB GHA 7 15 GHB 8 9 1 1 1 1 1 L C C C C T B EXPOSED PAD ON
the size of the AC line dropper capacitor. A high-voltage capacitor and a high-speed switching diode 1N4148 are needed to filter out the AC current and supply a DC current for the MCU. Between the V DD and the 1N4148, a 3.9 V Zener diode is used for the MCU voltage regulation. Testing shows that such
P P 2 G P 50k DC-OffsetFFSET P0R3001 P0R30023101 P0R31023201 P0R3202 A 2 C5 2 C6 DS1 DS2 1 R 1 1 2 3 A Socket 5 6 0 0 R 5 2 220 0 270 0 150 0 P 100n P 100n S LED S LED 6 0 P P P 0 0 3 1 J2 1 2 , 1 D1 1 D2 1 D3 0 0 2 -12 1 Diode 1N41 2 D4iode 1N41 3 D4iode 1N4148 P0J201 P P 78L05 79L05
) is applied, rather than adjusting for zero output with zero input. 00797110 *DC Couple 00797112 D1, D2: 1N914 or 1N4148 FIGURE 3. Half-Wave Peak Detector FIGURE 5. Precision Full-Wave Average Detector 00797111 D1, D2: 1N914 or 1N4148 Average Peak R2 1k 100k R3 100k 1k R1 = R2 forVA = 1 00797113 R1 = R2/10 foV A = 10 D1, D2, D3, D4: 1N914 OR 1N4148 C1 = 10/R1 Attack and decay time to DIN PPM spec. Response down 1 dB for 10 ms tone burst. Decays 20 dB in 1.5s. FIGURE 4. Precision Half-Wave Rectifier FIGURE 6. Precision
enough to gener- R(peak) ate the supply voltage, VS. Figure 3-5. αminOperation (Two-wire Operation) D1 IN4007 C 0 R 2 0 Z -VS L C1 + 22V R 4 sync Sync V M R 1N4148 230V~ α 6.8V V R(peak) 3 Output RG IG 1 GND N C 1 = 100 µF/35V C = 0.33 µF/250V ~ o R o = 390Ω R sync = 220 kΩ R α = 10 kΩ R = 390Ω G D 1
C 103 100 pF (e.g. TZM C 4V7) C 104 1 nF D 201 LL 4148 D 202 Zener diode 6.0V C 105 100 pF T 101 S 852 T C 106 6.8 pF T 102 S 852 T C 107 33 pF T 103 S 852 T C 108 4.7 pF, 5% T 104 S 852 T C 109 3.3 pF, 5% C 110 100 pF T 201 BC 848 C 111
1N4148 100n 63V substantial smoothing capacitors 3x 2200µ / 25V (C4, C5, C6). The bridge rectifier is RF decoupled by C7-C10 and LED 000186 - 11 Figure 1. The 12.6 V supply incorporates the well-known
1N4148 100n 63V substantial smoothing capacitors 3x 2200µ / 25V (C4, C5, C6). The bridge rectifier is RF decoupled by C7-C10 and LED 000186 - 11 Figure 1. The 12.6 V supply incorporates the well-known
1N4148 100n 63V substantial smoothing capacitors 3x 2200µ / 25V (C4, C5, C6). The bridge rectifier is RF decoupled by C7-C10 and LED 000186 - 11 Figure 1. The 12.6 V supply incorporates the well-known
2A R4 D2 L1 2 MΩ 1N4148 R6 20 mH 1/2 W 150 Ω R8 R1 T1 C6 150 Ω 4.7 MΩ 0.1 µF C1 1/2 W U2 CX1 68 µF D L TOPSwitch-GX LTV817A 100 nF 400 V 250 VAC U1 CONTROL C TOP244Y R5 F1 S X F 6.8 Ω J1 1N5240C C 3.15 A 10 V, 2%
2A R4 D2 L1 2 MΩ 1N4148 R6 20 mH 1/2 W 150 Ω R8 R1 T1 C6 150 Ω 4.7 MΩ 0.1 µF C1 1/2 W U2 CX1 68 µF D L TOPSwitch-GX LTV817A 100 nF 400 V 250 VAC U1 CONTROL C TOP244Y R5 F1 S X F 6.8 Ω J1 1N5240C C 3.15 A 10 V, 2%
MF106ZZ MF106ZZ Mut1-4 Zahnrad M1 20Tooth 22/18x6mm ID4mm 0,70€ spiratronics.com (Achtung: 230Vac keine Netztrennung, deshalb nur mit 5V 1A Micro-USB Netzteil betreibnn)o n n o n n o n 4 c 4o US3 sonderpreis-baumarkt.de
circuit are shown in Table 7. Table 7. Charge pump external component values Component Value C 220 nF BOOT C 10 nF P RP 100 D1 1N4148 D2 1N4148 Figure 5. Charge pump circuit VS D1 CBOOT D2 RP C P VCP VBOOT VSA VSB D01IN1328 DocID9455 Rev 4 11/34 34 Circuit description L6229 5.2 Logic inputs Pins FWD
1 2 3 4 5 6 V 4 D2 2 + 1N4148+ 8 IN OUT GND 1 C A Stromversorgung IC1P C1 IC3 C2 V A 78L05 IC2P 1 1 4 100n 100n D O K 7 G P1 S 1 S 2 Schaltausgang D S N V G GND + V 2 + 1 R 1 1 1 R B R a 8 B b 1 220k 4 1 N K1 5 TP5 R2 e D 1 14052 + D 1 D o E 10k IC1A L G > L R r 2 1 S 3 1 P E R1k A R1 2 LM393N 5 74HC00N 9 IC2C GND 1 IC2A 6 8 R9 T1 3 4 10 1k BC337 Signaleingang Obere Schaltschwelle 2 IC2B 74HC00N R14
1 2 3 4 5 6 7 8 3x AA A + - A G1 S1 1 D2 2 3 V 3 A k 2 1 n S 1R C 1 E B 8 9 1 3 6 R 2 1 B C12 +5V R 2 R 5 R 3 R 1 R 6 R 2 R 3 E 3 k L R 1 1n + C5 C6 C D 1 R R R Q1 1m 100n 41 2 7 8 0 S8050 TR1 TVA R 2
AB9V 9V MAB5SH MAB5SH BATT 1 2 3 1 2 3 SW1 4 5 4 5 C7805TV00nF OUT 1n4148IN R2 D1 100nF C14 220 C4 220 1 R4 B 317T100uF n C2 6 0 K C 1 F 5 0 6N138 100n n 7 u C3 2 IC4 1 C 1 R C11 n 0 L14 C 1 0 L2 IC2 C12 100uF 4 L4 L12 100uF1 L5 L13 L11 L6 KATODALCD JP14 GND L3 ANODA_LCD L15 KONTRAST 1 MEGA168-P R 1 N I 2 3 C 1 3 V 5k D C1 O JP8 P JP9100n JP10JP11JP12JP13 10k R1 Q 0 p C 2 9 p n C 2 C 1 JP5 JP6 JP7 JP2 JP3 JP1 JP4 UP REC STOP PLAY LEFT RIGHT DOWN
crossover frequency provides sufficientof R Figure Diode to Enhance Efficiencytstrap phase mTrgin. N E The recommended external BST diode is DOtermine the C3 value b4 the following Fquation: IN4148, and the BST cap is 0.1~1µF. N C3 2 R3 C E Where R3 is the compensation Resistor. MP1482 Rev. 1.31
220R K p p GND+9V 3 2 2 0 n 1 6 1 1N4148 8,000 MHz 1100nF F n K K R 1 2 1 K 2 3 8 ATmega8/88/168 1 6 2 BC557C µ 5 1 2 n K R K R K n 3 7 r BC547B 7 8 7 8 7 1 V 3 0K P G Testen 4 6 4 6 4 . 1 C 7 7 0 n M 2 5 0 0 B 4 2k2 1 1 2 3 L Testsockel 28.04.2012 01:00:56 D:\AVR\Transistortester\Component-Tester V 5_2_1\Component-Tester_v5_2_1.brd
VCC D2 T2 4 D T1 1N4148 4 N IRLZ34N IRLZ34N S1 1 VCC VB S2 HIN HO 1 + µ LIN VS C 1 VCC VB COM LO HIN HO LIN VS F + 2 IR2101 COM LO 1 C IR2101 R1 1K T4 T3 IRLZ34N IRLZ34N +5V 10K IC1 PC6 PC5 PD0 PC4 R2 PC3 PD1 PC2 PD2 PC1 PD3 PC0 C3 PD4 GND VCC AREF GND AVCC 100nF PB6 PB7 PB5 PD5 PB4 PD6 PB3 PD7 PB2 PB0 PB1 ATMEGA8-16PU
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