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Beschriftung und Daten eines LED-Bauteils
LED1.DE-OPTOelectronic Hotline: 0800 - 530 50 50 3mm 4mm 5mm 8mm 10mm Super-flux Pro-Light SMD SMD Blau Weiß Warmws. Rot Orange Gelb Grün Pink UV RGB 10x80 Stück max. 2000 mcd 50240002 Size: 5mm Degree: 20° λ P(nm): 400-405 VF(V): 3.2-3.4 Iv(mcd): 1000-2000 Qty: 50pc
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Rückseite eines Hewlett Packard Messgeräts
PACKARD Auftr. Nr.: RO Datum: Techniker Nr. SICHERHEITSTEST 88 HEWLETT PACKARD TO 8672A-K22 RF OUT A3J6 10 MHz OUT A3J8 FREQ STANDARD A3J9 2311A00301 HEWLETT PACKARD 100 MHz OUT ~ LINE V +5 -10% 48-66 Hz 300 VA MAX 100V|120V|220V FUSE 3A 250V
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be quiet! SFX Power 3 Netzteil mit Kabeln
Model SFX3-450W AC Input: 100-240V 50-60Hz DC Output: +12V 36A 432W +5V 20A 100W +3.3V 20A 66W 5Vsb 2A 10W Max. Current: +12V 36A 432W +5V 20A 100W +3.3V 20A 66W 5Vsb 2A 10W CE EAC
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Rückseite eines Willtek Messgeräts mit Modulen
will'tek Calibration Void if broken 1 3 4 7 8 9 10 4031 Bu 15 AUX DATA DC OUT Bu 29 DATA TEXT 5V TTL REMOTE CONTROL IEEE 488 Vor Offnen Netzstecker ziehen! BATT 220V 110V T 16 A/32V CAUTION! DISCONNECT MAINS BEFORE REMOVING 238 052 MONITOR CONTROL 238 052 DATA OUT 238 052 MOD GENERATOR 238 052 LNT 238 052 DETECTOR 10 MHz OUTPUT MAINS 47 50 Hz max 130W
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Schaltplan einer Heizungssteuerung mit Triac
2x Widerstand, da nur bis max. 200V zugelassen SIGNAL ESP32 R8 330 U8 MOC3063M R10 180 R12 180 D6 LED R6 1.5k GND Q1 QJ6016LH4TP RV2 07D431K L Heizung 1700W Earth F1 Fuse 8A J10 J11 J14 R57 180 R56 180 N CB1 Bimetallsicherung 120
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Produktkarten von Elektronik-Bausätzen
Entstörfilter Best.-Nr. 19 01 79 Temperatur-Schalter -10 C bis +100 C Best.-Nr. 19 40 83 Gaswarner (ohne Sensor) Best.-Nr. 19 77 85 Kfz-Diebstahlsicherung Best.-Nr. 19 51 66 DC-Spannungswandler U_e 6...16 V, U_a 12...32 V max. 0,5A Best.-Nr. 19 10 60 Transistoren
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Schaltplan einer Mikrofonvorverstärker-Schaltung
+9V, R1, R7, R15, R16, Ub, Linker Kanal, Rechter Kanal, Mikros n.a., 0,2 mV eff, 750 mV eff, max. Pegel 71,5 dB, Dynamikbereich 71,5 dB, Rauschpegel 2) -63,8 dBu, Verstärkung einstellbar +2,0 ... +25 dB, BC550C, GND, 10k, 3k3, 1n, 4k7, 680k, 30k, 1uF, 10uF, 12 dB, -6 dB
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Excel-Tabelle mit Balkendiagramm
Zelle 4 3,841 4 Zelle 5 3,842 5 Zelle 6 3,847 6 Zelle 7 3,847 7 Zelle 8 3,848 8 Zelle 9 3,840 9 Zelle 10 3,836 10 Zelle 11 3,835 11 Zelle 12 3,845 12 Zelle 13 3,848 13 min. -> 3,835 max. -> 3,848 Abweichung -> 0,013 26.11.2025 Reihe1
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Diagramm von Temperatur- und Gaswerten
Dez 2025 Hourly Export... [kW] [°C] Ansaugtemperatur Rücklauf Vorlauf Gas in kWh 50.0 40.0 30.0 20.0 10.0 0.0 -10.0 Dez 01 Dez 03 Dez 05 Dez 07 Dez 09 Dez 11 Dez 13 Dez 15 Dez 17 Dez 19 Dez 21 Kanäle Titel Hauptgruppe Typ Gruppe Min Max Ø Aktuell Verbrauch Aktion PHEM Gruppe 01-Photovoltaik Gruppe 02-Stromzaehler_SML
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C++ Code für eine Shutdown-Funktion
Serial.flush(); digitalWrite(PIN_CAN1_SIT1043_EN, HIGH); digitalWrite(PIN_CAN2_SIT1043_EN, HIGH); delay(10); digitalWrite(PIN_CAN1_SIT1043_STBN, LOW); digitalWrite(PIN_CAN2_SIT1043_STBN, LOW); // Wait for t_go-to-sleep (max 60µs) + margin delay(10); // Stay here - power should cut any moment while (true
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HP 3580A Spektrumanalysator
FREQUENCY PULL FOR FINE 0 0.0 kHz ZERO CAL START CTR RESOLUTION BANDWIDTH FREQ SPAN/DIV 300 Hz 1 2 5 kHz 5 10 20 50 100 200 500 1 SEC SWEEP TIME/DIV SWEEP MODE MANUAL/AUTO REP SING RESET FOCUS ADAPTIVE SWEEP DISPLAY POWER ON (AC) ON (BAT) CHARGE OFF LINEAR NORMAL LOG dB/DIV INPUT SENSITIVITY MAX INPUT 10 dB
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Strommessung mit Oszilloskop-Anzeige
Lock Y-axis 10ms 100ms 1s 3s 10s 1min LIVE VIEW 340 µA 330 µA 320 µA 310 µA 300 µA 290 µA 00:00:06 000.000 00:00:08 000.000 00:00:09 000.000 00:00:09 848.207 Δ3.000s WINDOW SELECTION ZOOM TO SELECTION SELECT ALL 314.91µA average 337.18µA max 3.000s time 944.74µC charge Hold SHIFT+LEFT CLICK and DRAG to make a selection
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Agilent Frequenzzähler und GPS-Oszillator auf Messplatz
GPS Disciplined Oscillator PPb 0.9 PPM25496 Agilent 53131A 225 MHz Universal Counter 10.000.004.38 MHz Freq Ch 1 MEASURE LIMITS MATH CHANNEL 1 CHANNEL 2 Remote SRQ POWER ON STBY Utility Menu Utility Recall Other Meas Freq & Ratio Time & Period Gate & ExtArm Local Save & Print Run Stop/Single Scale & Offset Stats Trigger Sensitivity 50 Ohm 1M Ohm DC AC X10 Attenuator Filter Damage Lvl: 5V rms MAX 50 Ohm 100kHz Filter 3314A FUNCTION GENERATOR HEWLETT PACKARD
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Oszilloskop mit Messspitzen und Sinuswelle
RIGOL DS1102Z-E OSCILLOSCOPE 2 Channel 1GSa/s 100MHz 1300 V MAX CAT III 1000 V CAT III 600 V Tektronix ATTENUATION 50X FULL 5 MHz BANDWIDTH AUDIBLE ON OFF Period 50.0 Hz 20.00ms 50.50% 49.50% 10.10ms Avg -2.09V Vrms 227V AreaP 48.2mV Rise 5.950ms Tmax -16.20ms Twidth
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Oszilloskop-Messkurve eines Stromverlaufs
Lock Y-axis 10ms 100ms 1s 3s 10s 1min LIVE VIEW 4 mA 3 mA 2 mA 1 mA 0 nA Δ67.56ms 00:00:11 852.627 00:00:11 880.000 00:00:11 900.000 00:00:11 920.191 Δ67.56ms WINDOW SELECTION ZOOM TO SELECTION SELECT ALL CLEAR 668.66µA average 3.28mA max 67.57ms time 45.18µC charge Hold SHIFT+LEFT CLICK and DRAG to make a selection
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Oszilloskop-Messkurve eines Stromverlaufs
Lock Y-axis 10ms 100ms 1s 3s 10s 1min LIVE VIEW 4 mA 3 mA 2 mA 1 mA 0 nA 00:00:11 846.399 00:00:13 000.000 00:00:14 000.000 00:00:15 000.000 00:00:16 020.651 Δ4.174s WINDOW 480.17 µA average 3.38mA max 4.174s time
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Tabelle der Betriebsbedingungen eines PHY-Chips
9.2 Operating Conditions Symbol Parameter Min. Max. Unit Conditions DVDD,AVDD Supply Voltage 3.135 3.465 V TA Ambient Temperature --- 70 °C PD (Power Dissipation) 100BASE-TX --- 88 mA 3.3V 100BASE-FX --- 25 mA 3.3V 10BASE-T TX, normal activity traffic 50% utility. --- 70 mA 3.3V 10BASE-T idle --- 30 mA 3.3V Auto-negotiation --- 45 mA 3.3V Power Reduced Mode (without cable) --- 18 mA 3.3V Power Down Mode --- 3 mA 3.3V PHY
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Messgeräte im Labor, Signalgenerator und Leistungsmessegerät
SHIFT ZERO OFFSET RETURN RECALL RESET EXIT RESOLN CAL Freq NREL AUTO RMS PWR EXIT SENSOR DO NOT EXCEED MAX POWER ROHDE & SCHWARZ SIGNAL GENERATOR SMS2 0.1-1040 MHz OVERFLOW 100.0000 MHz kHz % kHz uV dBm VAR REMOTE LOCAL 10 0.1 10 0.1 dB 7 8 9 4 5 6 1 2 3 0 dB uV mV d B m STO RCL CE POWER 372.2019. 28 0.03uV
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Datenblattseite eines PCF8581 EEPROM Chips
1 A0 2 A1 3 A2 4 VSS 5 SDA 6 SCL 7 TEST 8 VDD Fig.2 Pinning diagram. RATINGS parameter symbol min. max. unit Supply voltage range (pin 8) VDD -0.3 7.0 V Voltage range on any input* VI -0.8 VDD+ 0.8 V DC current (any input) ± 10 mA DC output current (any output) ±0 10 mA Total power dissipation Ptot 150
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Schaltplan eines Proton-Spin Listeners
< Polarize | Discharge | Listen > 12V S1 ON-OFF Switch RESO_TEST_IN 10k e.g. 20Hz square wave at 1Vpp, measure resonance frequency with scope connected to value, trim to expected value by adding/removing C1,C3 capacitors. 300...600nF are typical for usual coil geometries.** 9V_A Separate Main-Amp Battery C6 22u IC1P V+ GND 9V_B Separate Headphone Amp. Battery C10 22u V- GND Overall Amplification: approx. max 4.4e6 IC2 f_low:~900Hz@8Ohm OUT BYPASS OUT C11 47n LM386 GND GND GND
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Rigol DS1102 Z-E Oszilloskop mit Rechtecksignal
MENU CLEAR AUTO SINGLE Horizontal 500ms/div T 1.40V Period 0.00000000ps Operator Freq 200kHz ON CH1 10.00V Operation CH1 Source CH2 1.00kHz FFT CH1 10.00V Math 200Hz 200kS/s Center 1.60kHz CH2 200Hz Rise Time 0.00V pp 3.04V Fall Time 0.00V rms 2.06V max 2.06V min 2.06V freq 1.00kHz CH1 1.00V CH2 1.00V
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System Overview Display eines Messgeräts
12/14 14:59:20 1M Normal System Overview MISC Model : 701450(4CH Std.) Calibration Record Length : Max4MW(2MW/CH) Option Remote Control Printer : Yes(/B5) FDD:21P : FDD(-J1) SCSI : No Logic : Yes(/N3) Ether : Yes(/C10) MAC : 000064_846_070 Math Userdef : Yes(Power Analyze /G4) Serial Bus : Yes(/FB) I2C
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Oszilloskop-Screenshot mit zwei Sinuskurven
1.5194421V 4.Phase(C1,C3) 2.354* 2.354* 2.45387* 1.434* 3.593* 2.159* 0.37544* Measure Value Mean Min Max Pk-Pk Stdev Count C1 C3 DC1M C3 DC1M Timebase Trigger C1 DC 10X 1.00V 10X 1.00us/div 1.00GSa/s 567mV FULL 100mV FULL -800mV Rising Auto 15:14:50 2026/11/1
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Datenblatt Carbon Preset Potentiometers
Mechanical data Rotation angle 240° ± 5° Operating torque: 0.5 - 3.5 Ncm Permissible torque at end stop: 10 Ncm max Weight: ~1.5 g Electrical data Rated dissipation @ 40°C: 0.2 W Rated resistance: 100R to 4M7 Limiting element voltage: 350 VDC standard: E3 Series optional: E6 series tolerance on rated resistance: 100R to 1M0: ± 20%, over 1M0: ± 10% Resistance law: linear A P15H Horizontal mounting Standard spline slot P15H 12.5 P15H 15 P15H 17.5 Optional spindle slot Plastic spindles type P15 Radiohm
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Messwerte einer Simulation oder Messreihe
0.00262052752078 5 -0.00659556733444 6 -0.0165331661701 7 -0.0417084172368 8 -0.105971559882 9 -0.264973163605 10 -0.662477135658 Measurement: ii1 step MAX(I(I1)) 1 2.38649207063e-08 2 6.0139598194467e-07 3 1.52735495362e-07 4 3.818387313e-07 5 9.54596885094e-07 6 2.38649204221e-06 7 6.0139600464e-06 8 1.5273501615e-05 9 3.81838726753e-05 10 9.54596835072e-05 Measurement: v step ii1/vout 1 -0.000175312787976 2 -0.000155046839329 3 -0.000148213275337 4 -0.000145710635845 5 -0.000144733096744 6 -0.00014434573618 7 -0.
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Werbeaufsteller für Sferalabs Strato Pi Max Edge Controller
SFERALABS Strato Pi Max Modular Edge Controller Raspberry Pi Design Partner Raspberry Pi + SFERALABS NEW Strato Pi Plus 4 x RS-485 1 x CAN Relay Output Optional Fan Raspberry Pi 4 GPIO Ethernet Wi-Fi BLE Hardware Watchdog
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Messwerte einer Simulation oder Messreihe
0.0112420767546 5 -0.0284052751958 6 -0.0713132694364 7 -0.180013522506 8 -0.457485228777 9 -1.14401316643 10 -2.86033320427 Measurement: ii1 step MAX(I(I1)) 1 2.38649207063e-08 2 6.01395981903e-08 3 1.52735495362e-07 4 3.818387313e-07 5 9.5459685094e-07 6 2.38649204221e-06 7 6.0139600464e-06 8 1.52735501615e-05 9 3.81838726753e-05 10 9.54596835072e-05 Measurement: v step ii1/vout 1 -4.63326012888e-05 2 -3.7538428185e-05 3 -3.48966293546e-05 4 -3.39651418182e-05 5 -3.36063241251e-05 6 -3.34649085797e-05 7 -3.3408379
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Tabelle mit Messwerten von vout, iil und ii1
0.0107794674113 5 -0.0279588606209 6 -0.0709073394537 7 -0.179710164666 8 -0.45744368434 9 -1.14461934566 10 -2.86255860329 Measurement: iil step MAX(I(I1)) 1 2.38649207063e-08 2 6.01395981903e-08 3 1.52735495362e-07 4 3.818387313e-07 5 9.5459685094e-07 6 2.38649204221e-06 7 6.013960046e-06 8 1.52735501615e-05 9 3.81838726753e-05 10 9.54596835072e-05 Measurement: v step ii1/vout 1 -0.000563555125231 2 -5.3202127009e-05 3 -3.9085675011e-05 4 -3.54227826598e-05 5 -3.41429108303e-05 6 -3.36564883211e-05 7 -3.346
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Oszilloskop-Screenshot mit zwei Sinuskurven
1.1658551V 1.1956541V 1.448* Mean 1.165977401V 1.195843752V 1.4198* Min 1.1653190V 1.1951516V 1.225* Max 1.1666175V 1.1963910V 1.590* Pk-Pk 1.2985mV 1.2394mV 0.365* Stdev 264.460µV 263.697µV 0.08365* Count 224 191 103 C1 DC1C 10X 1.00V C3 DC1C 10X 100mV FULL -800mV Timebase 3.93ms Trigger Auto 1.00ms/div
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Foto eines Laptops mit Spezifikationen zu MEMS Oszillatoren
New Oven Controlled MEMS Oscillators Deliver High Performance Base Part Number SIT7101 Frequency 10-250MHz Freq stability + 1 ppb Temp range - 40 to + 95°C dF/dT + 0.01 ppb/°C ADEV 5E-12 @ 1s, 10s & 100s Hold-over (1.5 µs) > 12 hrs 1-day aging ± 0.1 ppb/day at 50°C 20-yr aging ± 80 ppb/+50°C Supply power 750 mW Max Warm Up (-40°C) 420 mW Typ. Steady-State (60°C) Digital Control I2C, SPI, + 400 ppm pull range, pull down to 0.05 ppt (5e-14) G-sensitivity 0.01 ppb/g Shock Survivability 20,000 g 9.0 x 7.0 x 3.6 mm
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Datenblatt mit technischen Spezifikationen eines Netzteils
Rating Data B 605 Source voltage, frequency US/IS 220 V + 10% 48 - 63 Hz Output voltage range/current Uex/Iex 0 - 400 V/0.2 A (380 V/0.3 A) Ambient temperature, operating tamb 0 - 40°C Performance Ratings Uex/Iex Source current, max. Ism 1.05 Arms Load effect
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Schaltplan eines Power Modules und Transformators
SHOWN IN 120V POSITION WHT-GRA N HP PART NO 5020-B122 EARTH LINE NEUTRAL FRONT (REAR PANEL) LINE V +5-10% 48-66 Hz 250 VA MAX PRINTED CIRCUIT LINE SELECTOR SHOWN FOR 120V OPERATION E,C D,E PRINTED CIRCUIT LINE SELECTOR SHOWN FOR 220V OPERATION E,C D,E PRINTED CIRCUIT LINE SELECTOR SHOWN FOR 240V OPERATION
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Tabelle und Diagramm zur Genauigkeit von Sinus-Approximationsmethoden
334 Method Bits or Order Bits Correct Ave Min. Array Size Max Col. Total Ele. Latency Mpy Add Prop. 8 b 7.14 3.78 5 26 < 1 0 Prop. 12 b 10.35 6.89 12 87 < 1 0 Prop. 16 b 13.52 9.49 33 250 < 1 0 Taylor 1 ORD 5.02 0.81 - - 3 1 Taylor 3 ORD 10.88 3.73 - - 4 2 Taylor
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Tabelle der Menüpunkte einer Datenanzeige
Endabschaltung 100% | 8 | xxx | Num 9 | Anzahl Entladungen bis Start Dauerblinken | 9 | xxx | Num 10 | Anzahl Entladungen bis Ende Dauerblinken | 10 | xxx | Num 11 | Anzahl Einschalten nach Ende Dauerblinken | 11 | xxx | Num 12 | Betriebsstudium | 12 | xxx | Std 13 | Ladestrom max. | 13 | X.x | A Die
