Engineering Diagram Examples from Real Specifications

fuente de 12 v, seguido de una resistencia de 220

3 phase parallel transformer, transformer 2, and transformer 3

3 phase DYn 5 and Dyn 7 parrallel, tests in lab

using a SMD parts like the FQD12N20LTM n-channel Mosfet show me a detailed circuit for a low voltage cut-off and on that will turn off the voltage at 6.4 and back on at 7.2 vdc

I am a beginner learning residential electrical installation (Électricité bâtiment). Teach me step by step in simple language. Explain electrical symbols, wiring diagrams, push buttons, staircase timers (minuterie d’escalier), and the difference between 3-wire and 4-wire connections. Use clear diagrams and explain every terminal. Do not guess connections; use the manufacturer's wiring diagram.

Create a complete, clear breadboard circuit diagram for an Emergency Shelter Occupancy Manager using these components: - 74LS192 BCD up/down counter - 74LS47 BCD-to-seven-segment decoder - 74HC08 AND gates - 74HC32 OR gates - Common-anode 7-segment display - Entry and exit pushbuttons - Green, yellow, and red LEDs - Buzzer - 7805 voltage regulator Show every IC pin number, all wire connections, resistor values, power and ground connections, and the breadboard layout. The counter must count from 0 to 9 for entry and decrease for exit. Prevent entry above 9 and exit below 0. Use real components and clearly label every connection. If any component is incompatible or the requested design needs additional components, explain the problem instead of guessing.

Сгенерируй принципиальную электрическую схему по следующему описанию. Используй стандартные УГО (условные графические обозначения) радиодеталей. Транзисторы NPN (полевые или биполярные, выводы: 1-Эмиттер, 2-База, 3-Коллектор). Компоненты: VT1, VT2 - биполярные NPN транзисторы. L1 - катушка связи (3-5 витков). L2 - контурная катушка (50-60 витков). C1 - конденсатор 150 пФ. C2 - подстроечный конденсатор 8-30 пФ (соединен параллельно C1). R1 - резистор 1 МОм. R2 - резистор 100 кОм. R3 - резистор 10 Ом. RV1 - потенциометр 10 кОм. C3 - конденсатор 0.22 мкФ. WA1 - антенна. BF1 - наушники. SA1 - выключатель. GB1 - источник питания (аккумулятор 3.7В). Соединения: 1. WA1 подключена к первому выводу L1. 2. Второй вывод L1 не подключен (висит в воздухе). 3. L2 и параллельная цепь (C1 || C2) образуют контур. Первый вывод контура подключен к База VT1. Второй вывод контура подключен к Эмиттер VT1. 4. R1 включен между Базой VT1 и Коллектором VT1. 5. Коллектор VT1 подключен к первому крайнему выводу RV1. 6. Второй крайний вывод RV1 подключен к общей минусовой шине. 7. Средний вывод (движок) RV1 подключен к первому выводу C3. 8. Второй вывод C3 подключен к Базе VT2. 9. R2 включен между Базой VT2 и плюсовой шиной питания. 10. Коллектор VT2 подключен к первому выводу BF1. 11. Второй вывод BF1 подключен к плюсовой шине питания. 12. Эмиттер VT2 подключен к первому выводу R3. 13. Второй вывод R3 подключен к общей минусовой шине. 14. Эмиттер VT1 подключен к общей минусовой шине. 15. Плюс GB1 подключен к плюсовой шине питания (к BF1 и R2). 16. Минус GB1 подключен к одному контакту SA1. 17. Второй контакт SA1 подключен к общей минусовой шине (к Эмиттеру VT1, R3 и RV1).

generate the mentioned heart beat modulator using an op amp and esp32 along with the other needed components to show the heart beat waves along with bpm on a led display and oxygen levels also we are using a ready pulse detector very simple circuit easy to understand and connect with proper naming and values

generate the mentioned heart beat modulator using an op amp and esp32 along with the other needed components to show the heart beat waves along with bpm on a led display and oxygen levels also we are using a ready pulse detector

Please draw a circuit for a Variable CC CV Power Supply. The Power Supply runs from a Laptop universal Power Supply with 90 W 19 V. Please keep the components simple and explain every component. I have a NE 555 timer, an LM 358 Op Amp, and a Fuji N-Channel Power Transistor. The timer and the op-amp circuits should run with 12 Volts. Please mark the inputs and outputs, so that a person without advanced electronic skills can understand it.

Can you create me simple circuit for a constant- current constant-voltage power supply with an input from a laptop universal 19 V power supply? Please explain in more detail the components. I have a 555 timer and an 358 Op Amp as well as a 600 V Power Mosfet wich ist pre-amplified for the needed Gate Voltage. The circuit for the 555 timer and the op amp should be 12 Volt.

Draw a conditional graphic symbol (UGP) for a 7-to-3 encoder. It must be one rectangle. On the left side, draw 7 input lines labeled: x1, x2, x3, x4, x5, x6, x7. On the right side, draw 3 output lines labeled: y1, y2, y3. Inside the rectangle write: Encoder 7-3 Make it look like a standard digital logic block symbol.

Can you create me simple circuit for a constant- current constant-voltage power supply with an input from a laptop universal 19 V power supply?

Draw a clean digital logic circuit for the Boolean function: F = (A OR B OR NOT C OR D) AND (E OR NOT F OR G OR H) Use NOT gates for C and F. Use two OR gates: - First OR gate: A, B, NOT C, D - Second OR gate: E, NOT F, G, H Then connect the outputs of both OR gates to one AND gate. The output of the AND gate is F. Label all inputs on the left and the output F on the right. Use a professional schematic style with clear connections.

Hello. I want to create a Circuit to heat up a heating element (Resistor). The temperature of the resistor shall be measured via a thermistor and read in by an op amp. Maybe this should be a quad-op amp. The op amp should calculate the voltage for the next circuit, whitch ist driven by a NE 555 timer, providing a PWM-signal to control another circuit with a MOSFET as an amplifier for the heating element. I want to set a temperature for the heating element via a potentiometer. As an OP-amp i have for example one LM358. Can you make me a diagram with an explanation. Every circuit should later be packed in an individual box. Thank you. The circuits should work with 12 Volts. Only the mosfets Drain-Source Voltage is 19 Volts.

Draw a clean digital logic circuit for a 7-to-3 encoder. Inputs: x1, x2, x3, x4, x5, x6, x7. Outputs: y1, y2, y3. Use OR gates only. The logic functions are: y1 = x1 OR x3 OR x5 OR x7 y2 = x2 OR x3 OR x6 OR x7 y3 = x4 OR x5 OR x6 OR x7 Label all inputs on the left and all outputs on the right. Make the connections clear and use a professional schematic style.

دائرة القوى والتحكم لثلاث محركات الأول يعمل في أي وقت تشاء والثاني لا يعمل الا في حالة وقوف الأول والثالث لا يعمل الا في حالة دوران الأول لكل محرك مفتاح تشغيل ومفتاح إيقاف واحد رئيسي

عايز دا

Would you able to create this logic circuit? We have a single user input IN1 that will start a motor M1, this input is momentary, but the motor should continue to run until the input is pressed again.

A solar cell's negative is conencted to ammeters positive and the ammeters negative is connected to a resistor and the resistors other terminal is connected to solar cell's positive and the resistor has a voltage in parallel to it

Genera lo stesso schema di prima ma adattandolo ad arduino, avendo 5 led indipendenti controllati da un potenziometro ciascuno

Genera un impianto elettrico domestico per i soli punti luce, le luci devono essere 5 e saranno indipendenti tra loro, ognuna dotata di un dimmer

Design a complete digital logic circuit for a 4-input priority encoder connected to a BCD-to-7-segment display decoder. INPUTS: Use four independent digital switches named S1, S2, S3 and S4. Logic 1 means ON, and logic 0 means OFF. PRIORITY RULES: * If S1 = 1, display digit 1, regardless of S2, S3 and S4. * If S1 = 0 and S2 = 1, display digit 2, regardless of S3 and S4. * If S1 = 0, S2 = 0 and S3 = 1, display digit 3, regardless of S4. * If S1 = 0, S2 = 0, S3 = 0 and S4 = 1, display digit 4. * If all four switches are 0, display digit 0. IGNORE all other switches in the circuit. OUTPUT: Connect the logic circuit to a BCD-to-7-segment decoder and a common-anode 7-segment display. Display the correct decimal digit for every possible input combination. IMPLEMENTATION: Use basic logic gates and, where appropriate, 7404 NOT gates, 7408 AND gates and 7432 OR gates. Use a compatible BCD-to-7-segment decoder such as the 7447/74LS47. Show: 1. A complete, clearly labelled circuit diagram. 2. All logic gates and their connections. 3. The Boolean equations for all four BCD output bits. 4. The complete truth table. 5. Correct IC pin connections and power connections. 6. A circuit that can be tested in a digital logic simulator. Do not generate only a conceptual block diagram. Generate the actual gate-level circuit.

hoe een lamp aan en uit zeten met een drukknop en 3 reles bestuuren 24V