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cd00000089-1795323.pdf
L6201 ® L6202 - L6203 DMOS FULL BRIDGE DRIVER SUPPLY VOLTAGE UP TO 48V 5A MAX PEAK CURRENT (2A max. for L6201) MULTIPOWER BCD TECHNOLOGY TOTAL RMS CURRENT UP TO L6201: 1A; L6202: 1.5A; L6203/L6201PS: 4A
in „[V] Motortreiber 2x L6203 Multivatt11 und 5x Siemens TLE4205“ · Markt ·
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cd00000089-1795323.pdf
L6201 ® L6202 - L6203 DMOS FULL BRIDGE DRIVER SUPPLY VOLTAGE UP TO 48V 5A MAX PEAK CURRENT (2A max. for L6201) MULTIPOWER BCD TECHNOLOGY TOTAL RMS CURRENT UP TO L6201: 1A; L6202: 1.5A; L6203/L6201PS: 4A
in „[V] 2St. DMOS Full Bridge L6203 Multiwatt 11 Gehäuse“ · Markt ·
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L6203.pdf
L6201 ® L6202 - L6203 DMOS FULL BRIDGE DRIVER SUPPLY VOLTAGE UP TO 48V 5A MAX PEAK CURRENT (2A max. for L6201) MULTIPOWER BCD TECHNOLOGY TOTAL RMS CURRENT UP TO L6201: 1A; L6202: 1.5A; L6203/L6201PS: 4A
in „Schrittmotorsteuerung verbessern“ · Mikrocontroller und Digitale Elektronik ·
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PDF
l6203.pdf
L6201 L6202 - L6203 DMOS FULL BRIDGE DRIVER SUPPLYVOLTAGEUP TO 48V MULTIPOWER BCD TECHNOLOGY 5AMAX PEAKCURRENT (2Amax.forL6201) TOTALRMS CURRENT UP TO L6201: 1A; L6202: 1.5A; L6203/L6201PS:4A RDS (ON)0.3
in „L6203 und 100% Einschaltdauer“ · Mikrocontroller und Digitale Elektronik ·
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PDF
L6203.pdf
L6201 L6202 - L6203 DMOS FULL BRIDGE DRIVER SUPPLYVOLTAGEUP TO 48V MULTIPOWER BCD TECHNOLOGY 5AMAX PEAKCURRENT (2Amax.forL6201) TOTALRMS CURRENT UP TO L6201: 1A; L6202: 1.5A; L6203/L6201PS:4A RDS (ON)0.3
in „Eingangsfrequenz Vollbrückentreiber L6203“ · Mikrocontroller und Digitale Elektronik ·
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PDF
L6202_L6203_STM.pdf
L6201 L6202 - L6203 DMOS FULL BRIDGE DRIVER SUPPLYVOLTAGEUP TO 48V MULTIPOWER BCD TECHNOLOGY 5AMAX PEAKCURRENT (2Amax.forL6201) TOTALRMS CURRENT UP TO L6201: 1A; L6202: 1.5A; L6203/L6201PS:4A RDS (ON)0.3
in „L6203 DMOS Full Bridge Driver testen“ · Analoge Elektronik und Schaltungstechnik ·
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l297_L6203.pdf
L6201 - L6202 - L6203 BIPOLAR STEPPER MOTORS APPLICATIONS As shown in Fig. 18 and Fig. 19, the controller connect directly to the two bridge BCD drivers. Bipolar stepper motors can be driven with oneExternal
in „Schrittmotorsteuerung mit l6203“ · Mikrocontroller und Digitale Elektronik ·
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P6201_x10_900MHz_FET_Probe.pdf
ST CHARLES ROAD ELGIN IL 60120 SHAKEPROOF DIV 80009 TEKTRONIX INC14150 SW BEAVERTON OR 97077-0K 001L PO BOX 500 6-16 P6201 Probe 14 13 12 11 1 10 15 9 8 2 7 13 3 4 47 16 5 7 5 6 46 45 6 5 17 44 18 42 43 18 7 19 41 20 40 39 21 38 6 6 22 22 7 3 23 24 37 36 25 26 35 27 34 29 30 31 32 33 28 Figure 6-1:
in „Eigenbautastköpfe“ · Analoge Elektronik und Schaltungstechnik ·
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ABLIC-S-8520-8251_Series.pdf
L and the efficiency becomes the maximum at a certain L value. Further increasing L value decreases the efficiency due to the loss of the direct current resistance of the coil. IOUT also decreases. For
in „EHAYP 7606 - Welcher IC?“ · Analoge Elektronik und Schaltungstechnik ·
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SONY_KDL-32_40_46EX600_Chassis_AZ1-K.pdf
_3.3V 3 2 5 11 10uH 002:14G EY6004 EY6015 C6254 L6001 50V1 X7R 4 1608 M T6201 GND 8 7 5 144536011 E E I G4 R R R IC6201 O O D MIP2H2 S S D L C V F O V — VD6002 1 2 3 4 R61k1 R6255 F6001 1/10W R6252 C6253 R6473 1/10W 250V RN-CP 1/10W 25V1 1/10W RN-CP
in „Sony LCD KDL46-EX500 --- Kurzschluss/defektes Bauteil“ · Mikrocontroller und Digitale Elektronik ·
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2117592.pdf
X X X X X X CX870-3H O DM870A+T6201 X X X X X X X CX870-3I O DM870A+T6201 X X X X X X CX870-3J O DM870A+T6201 X X X X X X CX870-3K CO DM870A+T6201 X X X X X X X CX870-3BB SA DM870A+T6201 X X X X X X X X CX870-3HB SA X X X X X DM870A+T6201 X X X CX870-3IB SA DM870A+T6201 X X X X X X X CX870-3JB SA DM870A+T6201 X X X X X X X CX870-3KB CA DM870A+T6201 X X X X X X X X CX780-3LB CA DM870A+T6201 X X X X X X X X X CA X X X X X CX870-3MB DM870A+T6201 X X X X CX875-3PB SA DM875
in „CX870-31B Jukeblox SMCS Microchip Firmware Update“ · Mikrocontroller und Digitale Elektronik ·
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TLH_52.pdf
Min Typ Max Unit Luminous intensity F = 10 mA, TLHR5200/6200 IV 10 20 mcd Vmin Vmax↓ 0.5 TLHR5201/6201 IV 16 30 mcd TLHR5205/6205 IV 25 40 mcd Dominant wavelength F = 10 mA ld 612 625 nm Peak wavelength I = 10 mA l 635 nm F p Angle of half intensity F = 10 mA ϕ 〉 14 deg Forward voltage F = 20 mA VF 2
in „Temic-Datenblättern“ · Analoge Elektronik und Schaltungstechnik ·
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Bestückte grüne Leiterplatte mit integrierten Schaltkreisen
4,7-50 E7 L6201I 92B431 MALAYSIA L6201I 92B431 MALAYSIA S9430AB 17872-0017 C250 T393D XAKV SM NO 3920
in „[V] 2x Schrittmotor Shinano Kenshi STH-56D218 mit Controller aus Calcomp-Plotter“ · Markt · · Platinenfotos
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STPicProgL.pdf
10k 10k C9 R21 R26 10u/16 C76 470 4k7 47uF/16 C10 U6 C8 MCP6561T-E/OT 100nF U4 H 5 TC4429 8 MHz 3 L C17 C2 - 10uF/10 22p R4 L R27 10k R24 P 4k7 R5 C1 100k E R12 10k 22p W P 1k J C5 1k1 100n 3 3 C16 0 D R25 4 V 22k S R R6 U1 R23 R18 R86 C74 M 10k 22k 470 8k2 10nF STM32F103C8T6 X3 X2 C3 C4 R14 R87 100n
in „Padauk MCU für 0.038 USD aus Taiwan“ · Mikrocontroller und Digitale Elektronik ·
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PDF
020-01-428-010-EH-0409.pdf
020-01-428-010-EH-0409.pdf . H SW65-6 SERIES A C Test Circuit 1 IR S D B 1-Turn Primary R L Vout 4 1 2 3 E F 2 Electrical Characteristic MECHANICAL DIMENSION Part IR Vout Acc.Class Imin Imax R L δ DCR A(max) B(max) C(max) D(max) E(max) F(max) G(max) H(±1) Numbe (A) (V) (%) (Ω) (%) ( ' )Ω) (
in „Current Transformer“ · Analoge Elektronik und Schaltungstechnik ·
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Schaltplan eines Mikrowellen-Steuerungsmoduls
1 6206 12V? 7137 50Hz? 7134 5101d D 2202 J8 3203 100k? 3100 NTC 2140 3140 C 6105 R 5101a 7133/4_D L 2299 3199 C 620x R L1 +5V? 6203 D 6105 1 7133/4_D 3135 7 3144 2k2 817C 9 620x D 3146 R 3143 R 2xxx C 6201 D 6111 3134 R 7133/2 BP 2104 C 2102 2201 C 6208 D 3142 R 5101b 7133/1_FB 5 3145 R 4 7133/5-8 S 5101c 10 PTZ12B? D1 L 6208 D 3142 R 2xxx C 2104 C GndD M3450 Colombo ACU2 2016.03.11 REV:01 Bauknecht/Whirlpool Microwave MW49 MW59 mikrocontroller.net/topic/574482
in „Bauknecht Mikrowelle MW59MB Überspannung Spannungswandler“ · Analoge Elektronik und Schaltungstechnik · · Schaltpläne
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Panasonic_AG-7350-7150_Service_Manual.pdf
OP6201 M N 1 2 8 0 · R I ~ VSL0254 1001-1 MSD602 (R E G .!11.3 6213 ~C6 214 VlOO J. 6V100 I cio I SIVI-lS I IHi-F iI IT I ME CODEl A43061120 ~ ±C4304 220K1 RA6201 ~ !DOLBY NRI ISENSORI lSOO L____-=: 11 9 16V47
in „Totalausfall Panasonic AG-7350 (nur noch Hintergrundbeleuchtung der Zeigerinstrumente)“ · Analoge Elektronik und Schaltungstechnik ·
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Loetstation-Schaltung.pdf
1 k X4 +24V R 1 Versorgung + D D D D C1 L L L L X5 VT1 22u/25 U1 +3,3V Versorgung - IRF4905 LM317-SOT223 3 IN OT1 2 +5V 3 IN OUT 1 +3,3V C2 J 4 D DT2 R5 N 22u/25 A 1k1 G C5 1 2 10µ/10 X1 U_HEIZ L1 C3 4 P JBC-Kontaktring Taiyo Yuden 0.9uH/11A 22u/25 R6 TH_ELEMENT 3k3 U3R X2 (Blatt 2) TOREXXC6201-PR JBC-Stiftkontakt R7 VD1 X3 470k MBRS340T3 JBC-Body C12 100n G-GND +24V 1 R18 R4 2 1 8 4k7 4k7 R2 VDD1 VDD2 7 D 47µ/15 47k 4 IN2 N 3 2 2 IN1 OUT 3 6 R18 = Grundlast 4 5 1 GND1 GND2 LM79L12-SOT89 U5
in „JBC T245 Verbindungstechnisches Rätsel“ · Mechanik, Gehäuse, Werkzeug ·
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Pinbelegung PowerSO20 Multiwatt11
ENABLE 10 SENSE 9 VREF 8 BOOT2 7 IN2 6 GND 5 IN1 4 BOOT1 3 OUT1 2 Vs 1 OUT2 TAB CONNECTED TO PIN 6 MS1L6201-03 MULTIWATT11
in „L6203 DMOS Full Bridge Driver testen“ · Analoge Elektronik und Schaltungstechnik · · Screenshots
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Motor.pdf
Befestigung nach IEC 34-7: IM B14/V18 Sonstiges: Nettogewicht: 5 kg HIGHVOLTAGE DIRECTIONOFROTATION L 2 L 1 L LOW VOLTAGE DIRECTIONOFROTATION 3 L 2 L L 9 1 8 9 Ausdruck von Grundfos CAPS 3/7 85805103 MG71B 50 Hz cos phi MG71B 0.55 kW 3* 400 V, 50 Hz I eta (A) 1 2 cos phi 0.8 I 1.6 eta 0.6 1.2 0.4 0.8
in „Motorkühlung IC 411“ · Analoge Elektronik und Schaltungstechnik ·
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Leiterplatte Colombo ACU2
2202 2201 229 62 102 310 510 471 521 481 491 531 541 501 3299 2102 60-01461 7133 3145 3146 2104 6202 6201 6203 6204 3135 6111 6208 3100 3104 3241 3144 3103 3102 3106 3105 3101 6101 3102 4903 4902 4907 CL_N CF_N TTM_N P1 J3 4102 L DUUR N NFS M3450 Colombo ACU2 2016.03.11 REV:01
in „Bauknecht Mikrowelle MW59MB Überspannung Spannungswandler“ · Analoge Elektronik und Schaltungstechnik · · Platinenfotos
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AN1152_Achieving_Higher_ADC_Resolution.pdf
EQUATION 2: an integral multiple of the voltage resolution, as shown SNR Q = 6.02N + 4.77 + 20log10(L F[dB] in Figure 1. This introduces quantization noise, as shown in Figure 2. where, N is the number of bits or the word length, and L Fs the loading factor, which is defined as the ratio of FIGURE 1:
in „Berechnung zur Auflösung ADC - wie richtig?“ · Mikrocontroller und Digitale Elektronik ·
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STPicProgK.pdf
BOOT0 BSS123 R12 7 VT1 TC4429 RST 1 0 24 R 7 C8 VCC.1 4 MCLR_LO 100nF 36 VCC.2 D3 C17 R24 48 VCC.3 L2 SOD-323F 100k +3,3V 9 VPPVAR VCC.A 1 +3,3V VBAT +5V R9 R3 8 GND.A U4 C13 C15 U2R XC6201-PR 220 C3 C4 C5 23 5 1 35 GND.1 VIN SW 390k 100n 100n 100n GND.2 3 IN OUT 1 47 GND.3 FB 3 N R10 R13 C6 G C7 LD1
in „Padauk MCU für 0.038 USD aus Taiwan“ · Mikrocontroller und Digitale Elektronik ·
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app6219.pdf
24 to 255. There is no system level requirement to maintain the accuracy for inputs less than 24. L6506 & L6203/L298 Microstepping drives can be implemented using the L6506 controller and bridge IC's like the L6201, L6202, L6203 and L298. The main difference between the standard half step application
in „Motoransteuerung (24V, 4A) mit Mikrocontroller“ · Mikrocontroller und Digitale Elektronik ·
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AN1154_Precision_Temperature_Sensing_with_RTD_Circuits.pdf
ACROSS RTD V = V ⎛------------=-V--------------- 0.01 RTD REF⎝R A R RTD⎠ REF⎝ n –⎠1 2 Where: b 0.0096 L VRTD (V) = RTD voltage C 0.0092 (S VREF (V) = Reference Voltage R Code = ADC output code T 0.0088 n = ADC number of bits (22 bits with sign, MCP3551) 0.0084 -200 0 200 400 600 800 Temperature (°C) FIGURE
in „PT100 Zehntel Grad Auflösung“ · Analoge Elektronik und Schaltungstechnik ·
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Schematic_for_IP5568_POWERBANK_V1.0.pdf
1 2 2 6336VSYSIP PI 2.2uF/16V S G S G 22uF/2IP PC91 CO1 26 PI 100nF/25V P0 P3 100F/25V C1 51 CPN 6201CIIP 1 1 2 2 CO1 CO13 IP PC11 P50115AUXDRV1 D D D D P010uF/25V P310uF/25V 05AUXDRV2 PIC14 AUXDRV3 IGND PII14 IGND P PPP05 PIC11 NC ISENSE PII14 ISEN E GND PIC11 PII14 V_D CODE NC V_DECODE PII14 V_DET
in „Kann mir jemand bei der Fehlersuche von meiner Platine helfen?“ · Platinen ·
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1789204.pdf
IOUT= 10 mA, VDD = 18V Switching Time (Note 1) Rise Time t — 20 30 ns Figure 4-1, Figure 4-2 R C L= 470 pF Fall Time F — 18 28 ns Figure 4-1, Figure 4-2 C = 470 pF L Delay Time tD1 — 40 51 ns Figure 4-1, Figure 4-2 Delay Time tD2 — 40 51 ns Figure 4-1, Figure 4-2 Power Supply Supply Voltage VDD 4.5
in „Low Side MOSFET Treiber als Pegelwandler“ · Analoge Elektronik und Schaltungstechnik ·
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Sheet1_AmpV2.pdf
PIR640PIR6401 PIR6502PIR6501 17 GND GND 2.2K 2.2K +12V R2929 10µF PI1.5R2PIR2901 C2 PIC190 GND 10µF8 100nF L11L C0 PIC1902 PICC2121 PICC22 P I L 1 1 0P I L 1 1 0 1 PIR302 PIR6601PIR6602 PIC210nF PIC200nF 7µH R3R33 10K PIC520 PICOC40 3.3R COJ11 CC7 8 VREG C2020ND GND GND GND C5252 PI1nF1 PIC402 J11 PIC78PIC7802
in „Verstärker TAS5630“ · Analoge Elektronik und Schaltungstechnik ·
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STR_AmpV2.pdf
PIC210 PIC201 P I L 1 1 0P I L 1 1 0 1 R66 10 C2121 C22 7µH PIR302 PIR660PIR6602 PIC210nF PIC200nF PIC520 3.3R3 10K C5252 PICC4040 PIR301 J1111 CC7 8 VREG C2020ND GND GND GND 680nF PIC1nF PIC402 PIC78PIC7802 PIR3902 GND
in „Class-D Verstärker TPA3244“ · Analoge Elektronik und Schaltungstechnik ·
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ErklearungDriverSimulation.pdf
alias(*)) W(alias(*)) D(alias(*)) NOISE(alias(*)) * Main Circuit D_D1 D OUT MBR340 M_M1 D G 0 0 IRFZ34 L_L1 N25602 D 1uH IC=10 R_RL1 3 N25602 10m V_VDD 3 0 12 R_R1 0 OUT 10 R_RS 1 IN 50 C_C1 OUT 0 1u IC=24 R_RG 2 G 1 X_U1_U1 1 2 3 0 TC1410N_RevA V_VIN IN 0 +PULSE 0 5 50n 10p 10p 500n 1u .END **** FROM LIBRARY
in „Spice Simulation von Treiber TC4229“ · Analoge Elektronik und Schaltungstechnik ·
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TC2014.pdf
Voltage. Voltage. 1.810 V = 1.8V 0.45 VR= 1.8V R 0.40 C = 3.3 μF ) COUT 3.3 µF VIN 2.8V V OUT ( 1.805 L= 0.1 mA ( 0.35 L = 150 mA e g0.30 t V IN6.0V l L = 100 mA o o 0.25 V 1.800 t 0.20 u o L = 50 mA t p 0.15 u 1.795 r 0.10 L = 20 mA O D Note: Dropout Voltage is not 0.05 INmin) ! 2.7Vmeter for 1.8V. 1.790
in „Mcp3551 PT1000 Schaltung“ · Mikrocontroller und Digitale Elektronik ·
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20002019c.pdf
— 20.1 — °C/W Note 1 5-L TO-220 Junction-to-Case (Bottom) Thermal Resistance, JC(BOT) 3.2 — °C/W Note 2 5-L TO-220 Junction-to-Top Characterization Parameter, JT 0.2 — °C/W Note 1 8-L 6x5 DFN Junction-to-Top Characterization
in „Pulsschweisgerät mit Auto Batt Schaltungs Verbesserung“ · Analoge Elektronik und Schaltungstechnik ·
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Datei
Devices.txt
-05 2 L-EUL3230M 2 L-EUL1812 2 L-EUL1005 2 L-EUBL02RN2 2 L-EU0207/15 2 LEDSFH480 2 LEDLD260 2 LEDCHIPLED_0603 2 LED5 2 LE33 2 LBC-SE 2 L293D 2 L272D 2 L05P 2 KLBR1 2 K6R4008 2 JP6Q 2 JP3QE 2 J6MM 2 J5MM 2 IRLU2905
in „[KiCad] Bibliotheksaufbau - Konzeptideen gesucht“ · Platinen ·
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Datei
asl_unterstuetzte_prozessoren.txt
STM8S208R6 STM8S208CB STM8S208C8 STM8S208C6 STM8S208SB STM8S208S8 STM8S208S6 STM8S903K3 STM8S903F3 STM8L050J3 STM8L051F3 STM8L052C6 STM8L052R8 STM8L001J3 STM8L101F1 STM8L101F2 STM8L101G2 STM8L101F3 STM8L101G3 STM8L101K3 STM8L151C2 STM8L151K2 STM8L151G2 STM8L151F2 STM8L151C3 STM8L151K3 STM8L151G3 STM8L151F3 STM8L151C4 STM8L151C6 STM8L151K4 STM8L151K6 STM8L151G4 STM8L151G6 STM8L152C4 STM8L152C6 STM8L152K4 STM8L152K6 STM8L151R6 STM8L151C8 STM8L151M8 STM8L151R8 STM8L152R6 STM8L152C8 STM8L152K8 STM8L152M8 STM8L152R8
in „gas as a68 m68k - was nimmt man ?“ · Mikrocontroller und Digitale Elektronik ·
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Datei
Values.txt
Netz 2 NE567 2 NE555N 2 NE5532 2 MT48LC8M16A2 2 MSTBV3 2 MOSFET-P-4D-FDC604P 2 MOC3021 2 ML10 2 MEGA8L-P 2 MEGA323-A 2 MCP41010 2 MAX3232CPE 2 MAX1626 2 LX5 2 LT1227 2 LSP13 2 LNK362 2 LM7805 2 LM75SO08 2 LM393 2 LM3914N 2 LM3914 2 LM358 2 LM335 2 LM1117 2 LF 33 CV 2 LED5 2 LE33 2 L293D 2 L272D 2 L 2
in „[KiCad] Bibliotheksaufbau - Konzeptideen gesucht“ · Platinen ·
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Datasheet_MIC2875.pdf
90 ( ) C 2.02 ( N Y VIN= 3.6V E C 80 Q E VIN= 3.0V E I F 2.00 I V = 2.5V R F 70 IN O E A VIN= 3.6V L 1.98 VOUT= 5.0V I L = 1μH 60 VOUT= 5.0V S COUT= 22μF L = 1μH O OUT = 0A COUT= 22μF 50 1.96 0.001 0.010 0.100 1.000 -50 -25 0 25 50 75 100 125 150 LOAD CURRENT (A) TEMPERATURE (℃) FIGURE 2-1: Efficiency
in „MI2875 PG-PIN“ · Analoge Elektronik und Schaltungstechnik ·
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MCP1802.pdf
u -0.30 l 0.005 g u R e d -0.40 V = 4.3V R 0.000 o IN n L -0.50 L -0.005 1 mA -0.60 -0.010 -45 -22.5 0 22.5 45 67.5 90 -45 -22.5 0 22.5 45 67.5 90 Temperature (°C) Temperature (°C) FIGURE 2-19: Load Regulation
in „Spannungsregler LDO - Ausgangs-Spannung schaltet nicht 100% ab“ · Analoge Elektronik und Schaltungstechnik ·
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MCP9501-2-3-4.pdf
3DFNDJLQJ 6SHFLILFDWLRQ ORFDWHG DW KWWS ZZZ PLFURFKLS FRP SDFNDJLQJ b N E E1 1 2 3 e e1 D A A2 c φ A1 L L1 8QLWV0,//,0(7(56 'LPHQVLRQ /LPLWV 0,1 120 0$; 1XPEHU RI 3LQV1 /HDG 3LWFK H %6& 2XWVLGH /HDG 3LWFK H %6& 2YHUDOO +HLJKW $ ± 0ROGHG 3DFNDJH 7KLFNQHVV $ ± 6WDQGRII $ ± 2YHUDOO :LGWK ( ± 0ROGHG 3DFNDJH
in „Thermal Shutdown“ · Analoge Elektronik und Schaltungstechnik ·
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Datenblatt_NVSRAM_23LCV1024.pdf
PACKAGING INFORMATION 6.1 Package Marking Information 8-Lead PDIP (300 mil) Example XXXXXXXX 23LCVB I/Pe3 1L7 XXXXXNNN 0528 YYWW 8-Lead SOIC (3.90 mm) Example: XXXXXXXT 23LCVBI XXXXYYWW SN e3 0528 NNN 1L7 8-Lead TSSOP Example: XXXX 3LVB TYWW I837 NNN 1L7 Legend: XX...X Part number or part number code T Temperature
in „Probleme mit SRAM 23LCV1024“ · Mikrocontroller und Digitale Elektronik ·
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MRF89XAM8A.pdf
Technology 500R07S1R5BV4 NP0, SMT 0402 FL1 TA0801A Filter, SAW, 863–870 MHz Tai-saw Technology TA0801A L1 8.2 nH Inductor, Ceramic, ±5%, SMT 0402 Johanson Technology L-07C8N2JV6T L2 100 nH Inductor, Ceramic, ±5%, SMT 0402 Johanson Technology L-07CR10JV6T L3 6.8 nH Inductor, Wirewound, ±5%, SMT 0402 Johanson Technology L-07W6N8JV4T L4 6.8 nH Inductor, Wirewound, ±5%, SMT 0402 Johanson Technology L-07W6N8JV4T L5 Designator not used L6 10 nH Inductor, Ceramic, ±5%, SMT 0402 Johanson Technology L-07C10NJV6T R1 1 Ω Resistor
in „Was darf man von einer PCB-Antenne erwarten?“ · HF, Funk und Felder ·
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MCP1801.pdf
otherwise indicated: V = 3.3V, C = 1 µF Ceramic (X7R), C = 1 µF Ceramic (X7R), I = 100 µA, R OUT IN L TA = +25°C, V IN= V R 1.0V, SOT-23-5. 0.920 0.920 VOUT= 0.9V VIN 2.0V 0.915 LOAD= 1 mA 0.915 VOUT= 0.9V V V 0.910 e 0°C e g 0.910 g 0.905 l l +25°C, -45°C V 0.905 o 0.900 t -45°C +25°C t p 0.900 p 0.895
in „USB-Spannungsversorgung lässt PIC24FJ128 abstürzen?“ · Mikrocontroller und Digitale Elektronik ·
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XPort_EDGE_PB_A4-2065555.pdf
Serial Port, Telnet, Internal Web Server (HTTP/HTTPS), SNMP • Lantronix Device Discovery Protocol (L2CAP) ® • Secure Firmware Upgrade via HTTP, MACH10 RJ45 to RJ45 5V Power Supply DB9F to DB9F Cable Null Modem Cable Protocol Support • DHCP Client v4/v6, BOOTP • Telnet Server, HTTP server • IPv4/IPv6
in „[V] 1St. neu Netzwerkmodul Lantronix XPort-Edge RS232/TTL 3V“ · Markt ·
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AD811.pdf
AD811 9 G = +1 R FB 6 RL = 150Ω +V RG = ∞ S VOUT TO 3 0.1µF TEKTRONIX V S ±15V R G R = 750Ω 2 – P6201 FET B 0 FB 7 PROBE d ( AD811 6 I V IN R A –3 3 + 5 L G HP8130 50Ω V = ±5V PULSE –6 S GENERATOR R FB= 619Ω 0.1µF –VS –9 6 –12 9 - - 6 1 10 100 - 8 8 0 FREQUENCY (MHz) 0 Figure26.NoninvertingAmplifierConnection
in „2 Spannungen in einer Schaltung“ · Analoge Elektronik und Schaltungstechnik ·
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MCP2551.pdf
voltage Dominant differential VTXD = 0.8V; DD = 5V D13 VDIFF(d)(o) 1.5 3.0 V output voltage 40W < R L< 60W (Note 2) D14 — -200 mA VCANH = -5V CANH short-circuit I (SC)CANH ) output current -100 D15 — (typical) mA VCANH = -40V, +40V. (Note 1) D16 O(SC)(CANL)l CANL short-circuit — 200 mA VCANL = -40V,
in „MCP2551 Standby Mode wenn AVR im Power down Modus“ · Mikrocontroller und Digitale Elektronik ·
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01149c.pdf
MCP73837 device employs the end of e 400 t charge (EOC) methods of charge current termination a3.0 e l 300 u threshold, safety timer and shutdown. Figure 8 shows V C that the minimum current is reached before time-out r2.0 200 g occurs. The MCP73837 device monitors the charge t a B1.0 Typical 950 mAh
in „Frage zu AN1149 - Load Sharing Microchip“ · Analoge Elektronik und Schaltungstechnik ·
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MCP1703_MIC.pdf
&VYNR,3PPUWNR0L,.LFURZPL:\WFY0R0XULYURYUURNGURO\,PV,G\0R1L,.LF\WFR60U,\8\,LN\VWRXV,LNUZRLNR GNN0+22:::<&\,PV,G\0<,V&20L,.LF\WF D D1 E H L 1 2 N b b1 b1 e e1 E1 A C 3W\NYO[44[O)()J6 '\&UWY\VWR4\&\NY O[5 OD7 53&8UPRV8R4ULZY5
in „Was ist das für ein IC“ · Mikrocontroller und Digitale Elektronik ·
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70599B.pdf
Panasonic ELJ-RF8N2JFB L2 Chip Inductor 0402 2.7N Panasonic ELJ-RF2N7DFB L3 Chip Inductor 0402 4.7N Panasonic ELJ-RF4N7DFB L4 Chip Resistor 0402 0Ohms Dale CRCW04020000Z0ED L5 Chip Inductor 0402 3.3N Panasonic ELJ-RF3N3DFB L6 Chip Inductor 0402 3.9N Panasonic ELJ-RF3N9DFB L7 Chip Inductor 0402 1.5N Panasonic ELJ-RF1N5DFB L8 Chip Inductor 0402 18N Panasonic ELJ-RF18NJFB L9 Chip Inductor 0402 1.5N Panasonic ELJ-RF1N5DFB L10 Chip Inductor 0402 2.2N Panasonic ELJ-RF2N2DFB L11
in „AVR32UC3B mit Funkmodul MRF24J40MB“ · Mikrocontroller und Digitale Elektronik ·
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Low_Drop_Spannungsregler_MCP_1702-5002.pdf
&VYNR,3PPUWNR0L,/LFURZPL:\WFY0R0XULYURYUURNGURO\,PV,G\0R1L,/LF\WFR60U,\8\,LN\VWRXV,LNUZRLNR GNN0+22:::<&\,PV,G\0<,V&20L,/LF\WF D D1 E H L 1 2 N b b1 b1 e e1 E1 A C 3W\NYO[44[O)()J6 '\&UWY\VWR4\&\NY O[5 OD7 53&8UPRV8R4ULZY5
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23x256.pdf
PACKAGING INFORMATION 4.1 Package Marking Information 8-Lead PDIP Example: XXXXXXXX 23K256 T/XXXNNN I/Pe31L7 YYWW 0528 8-Lead SOIC (3.90 mm) Example: XXXXXXXT 23K256I XXXXYYWW SN e3 0528 NNN 1L7 8-Lead TSSOP Example: e3 XXXX e3 K256 TYWW I837 NNN 1L7 Legend: XX...X Part number or part number code T Temperature
in „AVR: Port wiederholt schnellstmöglich auslesen?“ · Mikrocontroller und Digitale Elektronik ·
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eGC.pdf
PAIC20K7PAIC20K8PAIC20K9 PAIC20K10 PAIC20K1 PAIC20K12PAIC20K13PAIC20K14 PAIC20K15 PAIC20K16 PAIC20L1 PAIC20L2PAIC20L3PAIC20L4 PAIC20L5 PAIC20L6 PAIC20L7PAIC20L8PAIC20L9 PAIC20L10 PAIC20L1 PAIC20L12PAIC20L13PAIC20L14 PAIC20L15 PAIC20L16 PAIC20M1 PAIC20M2PAIC20M3PAIC20M4 PAIC20M5 PAIC20M6 PAIC20M7PAIC20M8PAIC20M9
in „[Suche] Interessierte(n) an Projekt (ARM/FPGA)“ · Mikrocontroller und Digitale Elektronik ·
