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This electronics video tutorial explains how to solve diode circuit problems that are connected in series and parallel. It explains how to calculate the current flowing in the resistors as well as the output voltage of the circuit using ohm's law and kirchoff's voltage law of closed loop circuits. What Is a Diode? 🤍 Diode Logic Gates - OR, NOR, AND, & NAND: 🤍 Clipper Circuits: 🤍 Clamper Circuits: 🤍 Half-Wave Rectifiers: 🤍 Full-Wave Rectifiers: 🤍 Full-Wave Bridge Rectifiers: 🤍 220V AC to 12V DC Converter: 🤍 Capacitor Voltage Booster Circuit: 🤍 Half Wave Voltage Doubler Circuit: 🤍 Full Wave Voltage Doubler Circuit: 🤍 Voltage Multiplier Circuit: 🤍 Light Emitting Diodes: 🤍 Power Dissipation In LEDs & Diodes: 🤍 LED Resistor Value: 🤍 Potentiometers - Variable Resistance: 🤍 LED Dimmer Circuit: 🤍 Thermistors - Temperature Sensors: 🤍 Zener Diodes: 🤍 Voltage Regulators - Zener Diodes: 🤍 Zener Diode Solar Cell: 🤍 12V LED Battery Level Indicator: 🤍 Reverse Polarity Circuit Protection: 🤍 High Voltage Surge Protection Circuit: 🤍 AC DC Polarity Tester Circuit: 🤍 DC to AC Reverse Polarity Circuit: 🤍 Varactor Diodes - Voltage Capacitors: 🤍 Generate Electricity With Crystals! 🤍 Boost Converter DC to DC Circuit: 🤍 Simple Voltage Booster Circuit: 🤍 6V to 100V DC Boost Converter: 🤍 100,000V High Voltage Voltmeter: 🤍 Buck Converter Circuit: 🤍 Low Pass and High Pass Filters: 🤍 RC Band Pass Filters: 🤍 RLC Band Stop and Band Pass Filters: 🤍 NPN and PNP Transistors: 🤍 Night Activated LDR Sensor Circuit: 🤍 Resistors: 🤍 1N4007 Diodes: 🤍 Alligator Wires: 🤍 Disclaimer: Some of the links associated with this video may generate affiliate commissions on my behalf. As an amazon associate, I earn from qualifying purchases that you may make through such affiliate links.
Analog Electronics: Parallel and Series-Parallel Configuration (Examples) Topics: 1. Solved numerical problem on parallel diode configuration. 2. Solved numerical problem on series-parallel configuration. Contribute: 🤍 Website ► 🤍 Facebook ► 🤍 Twitter ► 🤍 Pinterest ► 🤍
Topic Covered: - Basic of diode series circuit - Three Diode Circuit Examples with simulation
Analog Electronics: Series Diode Configurations Topics Covered: 1. Constant voltage drop model revision. 2. How to solve series diode configurations. 3. Solved Numerical problem. 4. Homework problem. Contribute: 🤍 Website ► 🤍 Facebook ► 🤍 Twitter ► 🤍 Pinterest ► 🤍
Visit 🤍 to get started for free and get 20% off your annual subscription. Also I hope you develop a great appreciation for diodes, they are almost as good as resistors! Steve Mould on Semiconductors: 🤍 Mr. Carlson’s Lab on Vacuum Tubes: 🤍 Get my new MERCH: 🤍 Thanks for your support 🤍 🤍 Post your submissions to: 🤍 My Facebook: 🤍 My Twitter: 🤍 My other articles: 🤍 Thanks to 🤍 and 🤍 for proving my essential lab tools and giveaways. Checkout my Amazon picks (my affiliate link): 🤍 Below are my Super Patrons with support to the extreme! Nicholas Moller at 🤍 Sam Lutfi Peter Membrey J4yC33 My sponsors and top patrons: 🤍 Enter your school for tools: 🤍 By: Mehdi Sadaghdar 0:00 Intro on Diodes 1:24 P-N Junctions make Regular Diodes 3:11 Regular Diode Behavior and Model 7:04 Break Down and Zener Diode 9:05 TVS (Transient Voltage Suppressor diode) 9:56 Photo Diodes 10:24 Solar Panels 10:39 LEDs (Light Emitting Diode) 11:13 Varicap or Varactor 11:59 Schottky Diode
Directed Energy is now part of the Berkeley Nucleonics Family! For more information check the BNC website and YouTube page: 🤍 | 🤍 Visit our website: 🤍 In this DEI quick tip video, Bob explains two methods of connecting multiple laser diodes together. Parallel Series He also covers the advantages and disadvantages of each configuration.
In this video simple series connection of diode. The test is for the measurement with voltage drop diodes D1,D2 ,D3,D4 and D5....output will be connection LED .. Do not forget to like, comment & share.. And please subscribe our channel for more update in future..... Next video 🤍 twitter on following Check out Babu Narah (🤍babu_narah): 🤍 👉Online shopping will earn you better Want to look fashionable, trendy and earn some extra money too? Sign up at Asort using my unique referral link and get 10% lifetime discount too! Why wait? Click here 🤍 Thankyou very much..... #BaBuNtech
This electronics video tutorial provides a basic introduction into diodes. It explains how a diode works and how to perform calculations when it's in series with a resistor. What Is a Diode? 🤍 How To Solve Diode Circuit Problems: 🤍 Diode Logic Gates - OR, NOR, AND, & NAND: 🤍 Clipper Circuits: 🤍 Clamper Circuits: 🤍 Half-Wave Rectifiers: 🤍 Full-Wave Rectifiers: 🤍 Full-Wave Bridge Rectifiers: 🤍 220V AC to 12V DC Converter: 🤍 Capacitor Voltage Booster Circuit: 🤍 Half Wave Voltage Doubler Circuit: 🤍 Full Wave Voltage Doubler Circuit: 🤍 Voltage Multiplier Circuit: 🤍 Light Emitting Diodes: 🤍 Power Dissipation In LEDs & Diodes: 🤍 LED Resistor Value: 🤍 Potentiometers - Variable Resistance: 🤍 LED Dimmer Circuit: 🤍 Thermistors - Temperature Sensors: 🤍 Zener Diodes: 🤍 Voltage Regulators - Zener Diodes: 🤍 Zener Diode Solar Cell: 🤍 Power Zener Diodes - Voltage Regulation: 🤍 12V LED Battery Level Indicator: 🤍 Reverse Polarity Circuit Protection: 🤍 High Voltage Surge Protection Circuit: 🤍 AC DC Polarity Tester Circuit: 🤍 DC to AC Reverse Polarity Circuit: 🤍 Varactor Diodes - Voltage Capacitors: 🤍 Generate Electricity With Crystals! 🤍 Boost Converter DC to DC Circuit: 🤍 Simple Voltage Booster Circuit: 🤍 6V to 100V DC Boost Converter: 🤍 100,000V High Voltage Voltmeter: 🤍 Buck Converter Circuit: 🤍 Low Pass and High Pass Filters: 🤍 RC Band Pass Filters: 🤍 RLC Band Stop and Band Pass Filters: 🤍 NPN and PNP Transistors: 🤍 Night Activated LDR Sensor Circuit: 🤍 1N4007 Diodes: 🤍 Disclaimer: Some of the links associated with this video may generate affiliate commissions on my behalf. As an amazon associate, I earn from qualifying purchases that you may make through such affiliate links.
In this video, different methods for solving the diode circuits have been discussed. There are two methods for solving/ analyzing the diode circuits. 1) Graphical Method 2) Diode Approximation Both methods have been discussed in the video and using the diode approximation method, different circuit problems have been solved. The timestamps for the different topics covered in the video: 1:02 Graphical Method (Using the Load Line) 3:19 Diode Approximations 4:29 How to Solve a circuit problem using diode approximation 7:46 Example 1 ( Series connection of Diode) 9:54 Example 2 12:11 Example 3 (Parallel Connection of Diode) 13:41 Example 4 (Parallel Connection of Diode with different diodes (Si and Ge)) 16:11 Example 5 (Parallel connection of diode with different voltages) Graphical Method: In graphical method, the load line is drawn on the V-I curve of the diode. The load line gives the possible values of voltage and current of the diode for the given circuit. The intersection of the V-I curve of the diode and the load line gives the operating voltage and current of the diode. Diode Approximation: In the diode approximation, the diode is replaced by the equivalent circuit. Although the values of voltage and current of the diode by this method is not exact, using the diode approximation the circuits can be solved/ analyzed very easily. The link for the other useful videos related to diode: 1) Introduction to a diode and V-I characteristics of the diode 🤍 2) The diode resistance Explained: 🤍 This video will be helpful to all students of science and engineering in learning how to solve the diode circuit problems. Follow me on YouTube: 🤍 Follow me on Facebook: 🤍 Follow me on Instagram: 🤍 Music Credit: 🤍 #HowToSolveDiodeCircuits #DiodeExamples
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If your ever in need of a Zener Diode that isn't in your inventory, sometimes you can remedy the problem by soldering Two or more of them in a series until they add up to the needed voltage. When a friend told me about this technique I was sceptical that this could work, but after trying it myself I was happy to see that it does. If you try this just makes sure you have the polarity correct and the wattage of the Diodes. The wattage will not add up as the zener voltage does. The wattage will only be as high as the lowest wattage diode you use.
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The diode voltage and current calculation in 2 diodes in a series circuit and diode in parallel circuit connection with an experiment is explained in this video. The voltage sharing of diode with two diodes in series is explained. The current sharing in two diodes in parallel connection configuration is explained. An educational tutorial on electrical and electronics engineering 375 by G K Agrawal. The lecture is given by a person with circuit design and industrial experience. watch relay holding circuit concept 🤍 🤍 Also, watch Also, watch 🤍 LinkedIn 🤍 Twitter 🤍 WordPress 🤍 Facebook 🤍 Math Puzzles 🤍 Blog 🤍 Membership 🤍 🤍 You learned in this video, ampere and voltage sharing in two diodes in series and in parallel connection. The reverse voltage sharing in 2 diodes is series, and current sharing in 2 diodes connected in series is explained. #gkagrawal #ElectEnggByDesigner #Diode #SeriesDiode #ParallelDiode #Diodes
Diodes Explained, in this tutorial we look at how diodes work, where diodes are used, why diodes are used, the different types. We look at diodes in half and full bridge rectifiers to convert AC to DC. 👓 Check this article: 🤍 Sign up for our FREE engineers newsletter for updates, competitions, news and offers 🎁 Link: 🤍 ⚡🛠️ TOOLS YOU NEED 🛠️⚡ Get this electronics book ➡️ 🤍 Professional Multimeter -➡️ 🤍 Good multimeter -➡️ 🤍 Professional clamp meter ➡️ 🤍 Good Clamp meter ➡️ 🤍 Outlet tester ➡️- 🤍 Energy monitoring plug ➡️ 🤍 Battery tester -➡️ 🤍 Basic electronics kit ➡️ 🤍 MY FAVOURITE GEAR 🎥 My camera - 🤍 🎤 My Microphone - 🤍 ⌨️ My Keyboard - 🤍 🖥️ My monitor - 🤍 🎧 My headphones - 🤍 📺 Capacitors Explained: 👉 🤍 Voltage Explained: 👉 🤍 Current Explained: 👉 🤍 Electricity Explained: 👉 🤍 Power Factor Explained: 👉 🤍 👋 SOCIALISE WITH US 👋 * 👉FACEBOOK: 🤍 👉TWITTER: 🤍 👉INSTAGRAM: 🤍 👉WEBSITE: Http://TheEngineeringMindset.com 👀 Links - MUST WATCH!! 👀 * ⚡ELECTRICAL ENGINEERING⚡ 👉How electricity works: 🤍 👉Three Phase Electricity: 🤍 👉How Inverters work: 🤍 👉How TRANSFORMER works: 🤍 👉How 3 Phase electricity works: 🤍 👉How Induction motor works: 🤍 👉What is a KWH: 🤍 👉How induction motor works: 🤍 ❄️ CHILLER ENGINEERING ❄️ 👉Chiller Efficiency improvements: 🤍 👉Chilled water schematics: 🤍 👉Chiller crash course: 🤍 👉Chiller types: 🤍 👉Chillers/AHU/RTU: 🤍 👉Water cooled chiller Part1: 🤍 👉Water cooled chiller Part2: 🤍 👉Water cooled chiller advanced: 🤍 👉Air cooled chiller: 🤍 👉Absorption Chiller : 🤍 👉Chiller COP calculation: 🤍 👉Chiller cooling capacity calcs: 🤍 👉Chiller compressors: 🤍 👉Chiller expansion valve: 🤍 👉Chiller surge: 🤍 👉Chiller condenser: 🤍 👉Chiller evaporator: 🤍 👉Chiller compressor centrifugal: 🤍 👉Chiller cooling capacity: 🤍 🌡️ HVAC ENGINEERING 🌡️ 👉HVAC Basics: 🤍 👉Boilers/AHU/FCU: 🤍 👉How Heat Pump works: 🤍 👉Heat pumps advanced: 🤍 👉Fan Coil Units: 🤍 👉VAV Systems: 🤍 👉CAV Systems: 🤍 👉VRF Units: 🤍 👉Fan and motor calculations: 🤍 👉HVAC Cooling coils: 🤍 👉Cooling towers: 🤍 ⚗️ REFRIGERATION SYSTEMS 🌡️ 👉How refrigerants work: 🤍 👉Thermal expansion valves: 🤍 👉Refrigeration design software: 🤍 👉Design refrigeration system: 🤍 👉Reversing valve: 🤍 👉How A/C units work: 🤍 ⚗️ REFRIGERANTS ⚗️ 👉Refrierant retrofit guide: 🤍 👉Refrigerant types, future: 🤍 👉How refrigerants work: 🤍 🌊 HYDRONICS 🌊 👉Primary & Secondary system: 🤍 👉Pumps: 🤍 👉Pump calculations: 🤍 🔥➡️❄️ HEAT EXCHANGERS 🔥➡️❄️ 👉Plate Heat Exchangers: 🤍 👉Micro plate heat exchanger: 🤍 💻 DATA CENTERS 💻 👉Data Center cooling: 🤍 🔬 PHYSICS 🔬 👉What is Density: 🤍 🎬 DOCUMENTARY 🎬 👉WW2 Bunker HVAC engineering: 🤍 pn junction, pn junction diode, semiconductores half wave rectifier semiconductor physics #electrical #electricity #engineering
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A video by Tom Lieurance for renewable energy technology students at Columbia Gorge Community College.
In this video, I will explain to in detail the structure, working principle and places of use of Schottky diode, which we can encounter in communication circuits, power circuits and many other places. At the end of the video, you will have access to a lot of information about this diode. Normal diodes cannot respond to the reversal of the applied voltage at very high frequencies. In other words, they cannot change from a conductive state to an insulating state or from an insulating state to a conductive state. Schottky diodes are produced to be used in computers, RF and rectifier applications that need high switching speed in order to respond to these rapid changes. If you like our content, support us for better 🤗: ☕ Buy Me a Coffee: 🤍 🚀 Support with Patreon: 🤍 #schottky #diode #electronics
In this video, I will explain the working principle of the zener diode, which is used for voltage stabilization in electronic circuits. Zener diode is a diode that keeps the voltage applied to its pins constant. When zener diodes are connected to the circuit in the right direction, it works like a normal silicon diode. In other words, they start to flow current after 0.7V. But they are not used that way. They are used in reverse connection to the circuit. When connected in reverse, they do not flow current up to a certain voltage value. This voltage is called break or zener voltage. After the breaking voltage, they start to flow current and the voltage value on them remains constant at the breaking voltage value. In fact, we can say that it is a diode that flows current in both directions. They do the job of a voltage regulator. Their color is usually orange, with a black stripe at the cathode tips. The symbol is like this. Now let's look at some examples to better understand the working principle. If you like our content, support us for better 🤗: ☕ Buy Me a Coffee: 🤍 🚀 Support with Patreon: 🤍 #zener #diode #electronics
This electronics video tutorial provides a basic introduction into zener diodes which is used as voltage regulators in DC circuits. What Is a Diode? 🤍 How To Solve Diode Circuit Problems: 🤍 Diode Logic Gates - OR, NOR, AND, & NAND: 🤍 Clipper Circuits: 🤍 Clamper Circuits: 🤍 Half-Wave Rectifiers: 🤍 Full-Wave Rectifiers: 🤍 Full-Wave Bridge Rectifiers: 🤍 220V AC to 12V DC Converter: 🤍 Capacitor Voltage Booster Circuit: 🤍 Half Wave Voltage Doubler Circuit: 🤍 Full Wave Voltage Doubler Circuit: 🤍 Voltage Multiplier Circuit: 🤍 Light Emitting Diodes: 🤍 Power Dissipation In LEDs & Diodes: 🤍 LED Resistor Value: 🤍 Potentiometers - Variable Resistance: 🤍 LED Dimmer Circuit: 🤍 Thermistors - Temperature Sensors: 🤍 Zener Diodes: 🤍 Voltage Regulators - Zener Diodes: 🤍 Zener Diode Solar Cell: 🤍 Power Zener Diodes - Voltage Regulation: 🤍 12V LED Battery Level Indicator: 🤍 Reverse Polarity Circuit Protection: 🤍 High Voltage Surge Protection Circuit: 🤍 AC DC Polarity Tester Circuit: 🤍 DC to AC Reverse Polarity Circuit: 🤍 Varactor Diodes - Voltage Capacitors: 🤍 Generate Electricity With Crystals! 🤍 Boost Converter DC to DC Circuit: 🤍 Simple Voltage Booster Circuit: 🤍 6V to 100V DC Boost Converter: 🤍 100,000V High Voltage Voltmeter: 🤍 Buck Converter Circuit: 🤍 Low Pass and High Pass Filters: 🤍 RC Band Pass Filters: 🤍 RLC Band Stop and Band Pass Filters: 🤍 NPN and PNP Transistors: 🤍 Night Activated LDR Sensor Circuit: 🤍 Zener Diodes: 🤍 Resistors: 🤍 Alligator Wires: 🤍 Disclaimer: Some of the links associated with this video may generate affiliate commissions on my behalf. As an amazon associate, I earn from qualifying purchases that you may make through such affiliate links.
This is part of a series of videos about basic electronics. This video shows how to calculate the correct resistor for LEDs using OHMs law. And a few things about parallel and series calculations.
Connecting a diode in parallel increases the current carrying capacity of the diode Parallel connection of diode says that the diodes are connected across each other sharing a common point. If the load current is greater than the diode current, the number of diodes connected can be increased. When diodes of different forward characteristics are connected, the diodes connected in parallel will not have the same current. #diode #rectifier #diodesinparallel #diodesinseries #diodecurrent #diodecurrentsharing
Voltage drop across parallel diodes. I've never tried this experiment before, and I got a surprise! 🤍
Series connection means a side by side connection having one common junction. While Parallel connection means the components are connected across each other, having two common points. Connecting diodes in series will increase the forward voltage of the resultant diode and will cause an open circuit until peak inverse voltage (smallest diode) is applied on total resultant. While connecting diodes in parallel will increase the current carrying capacity of the diode and will not give a resultant diode conduction in both sides. Subscribe 🤍 Materials and Hardware (Module 6) 🤍 Aircraft Electronic instrument systems EIS EFIS SYSTEM 🤍 EFIS (Electronic Flight Instrument System) 🤍 Basics of GPS System (Global Positioning System) 🤍 FDCVR System (Flight Data and Cockpit Voice Recording System) 🤍 Hydraulic Filters 🤍 Landing Gears System in Aircraft 🤍 External Power for Aircraft 🤍 Instrument Landing System (ILS) 🤍 Radio Altimeter 🤍 Aircraft Ground Handling (Towing, Pushing and mooring etc.) 🤍 Punch Tool | Punches tool set | Uses of Punch 🤍 Hand Brace | Hand Tool | How to Drill with a Brace and Bit 🤍 Engineering Rule | Steel Rule | Importance of Tools 🤍 Semiconductors | Diodes | PN Junction 🤍 SCR Thyrister | SCR characteristics and working 🤍 Calipers, types of Calipers 🤍 What is a Varistor? MOV Explained 🤍 PCB | Printed Circuit Board 🤍 Electrical Conductivity | Conduction of Electricity through different materials 🤍 Electrical Engineering | Introduction to Basic Electrical terminology | Voltage, current, resistance 🤍 Transistors Changed The World | Explained 🤍 Files, types of files 🤍 Diode testing by multimeter 🤍 Generation of electricity through different sources 🤍 Coulomb's Law and Force Between Multiple Charges 🤍 Diode in series and parallel 🤍 Data Bus ARINC429, Arinc629 and 1553B 🤍
Electronics: Single miniature part with zener diodes in series Helpful? Please support me on Patreon: 🤍 With thanks & praise to God, and with thanks to the many people who have made this project possible! | Content (except music & images) licensed under CC BY-SA 🤍 | Music: 🤍 | Images: 🤍 & others | With thanks to user Spehro Pefhany (electronics.stackexchange.com/users/35530), user Anonymous (electronics.stackexchange.com/users/80284), and the Stack Exchange Network (electronics.stackexchange.com/questions/534561). Trademarks are property of their respective owners. Disclaimer: All information is provided "AS IS" without warranty of any kind. You are responsible for your own actions. Please contact me if anything is amiss at Roel D.OT VandePaar A.T gmail.com
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Support me for more videos: 🤍 Previous video: 🤍 Electronic Basics #9: Diodes & Bridge Rectifiers: 🤍 Facebook: 🤍 Twitter: 🤍 In this episode of Electronic Basics I will show what makes schottky and zener diodes so special and when it makes sense to utilize them in a circuit: Music: 2011 Lookalike by Bartlebeats Killing Time, Kevin MacLeod (incompetech.com)
This electronics video tutorial provides a basic introduction into clipper circuits. This includes the positive and negative series clipper circuits as well as the parallel or shunt clipper circuits using diodes, resistors, and even zener diodes. What Is a Diode? 🤍 How To Solve Diode Circuit Problems: 🤍 Diode Logic Gates - OR, NOR, AND, & NAND: 🤍 Clipper Circuits: 🤍 Clamper Circuits: 🤍 Half-Wave Rectifiers: 🤍 Full-Wave Rectifiers: 🤍 Full-Wave Bridge Rectifiers: 🤍 220V AC to 12V DC Converter: 🤍 Capacitor Voltage Booster Circuit: 🤍 Half Wave Voltage Doubler Circuit: 🤍 Full Wave Voltage Doubler Circuit: 🤍 Voltage Multiplier Circuit: 🤍 Light Emitting Diodes: 🤍 Power Dissipation In LEDs & Diodes: 🤍 LED Resistor Value: 🤍 Potentiometers - Variable Resistance: 🤍 LED Dimmer Circuit: 🤍 Thermistors - Temperature Sensors: 🤍 Zener Diodes: 🤍 Voltage Regulators - Zener Diodes: 🤍 Zener Diode Solar Cell: 🤍 Power Zener Diodes - Voltage Regulation: 🤍 12V LED Battery Level Indicator: 🤍 Reverse Polarity Circuit Protection: 🤍 High Voltage Surge Protection Circuit: 🤍 AC DC Polarity Tester Circuit: 🤍 DC to AC Reverse Polarity Circuit: 🤍 Varactor Diodes - Voltage Capacitors: 🤍 Generate Electricity With Crystals! 🤍 Boost Converter DC to DC Circuit: 🤍 Simple Voltage Booster Circuit: 🤍 6V to 100V DC Boost Converter: 🤍 100,000V High Voltage Voltmeter: 🤍 Buck Converter Circuit: 🤍 Low Pass and High Pass Filters: 🤍 RC Band Pass Filters: 🤍 RLC Band Stop and Band Pass Filters: 🤍 NPN and PNP Transistors: 🤍 Night Activated LDR Sensor Circuit: 🤍
Part 1 of How to use Zener Diodes. Part 1 consists of a demonstration of Standard diodes vs zener diodes and how they work to regulate voltage. Part 2 Here: 🤍 If you would like to support me to keep Simply Electronics going, you can become a Patron at 🤍
You can see such a connection of two diodes in the input amplifier of the radio receiver
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Series Connection of Diodes What could really be so difficult in connecting diodes in series? Let's look into this matter in a bit more detail and consider the following situation: what we need is to rectify line voltage, but the only thing we have is 50 V diodes. Now, in what manner do we connect them and how many would we need? The question couldn't be easier - we would need 5 diodes connected in series, it's as easy as that...but not really. What we need to look at is not the net value of 220-250V, but the peak one, that is about 310 V, which would mean that our circuit needs to consist of 7 diodes. Besides, we also need to have by-pass elements, for low frequencies - balancing resistance only, and for elimination of HF interference and protection of the p-n junction from HF - also capacitors. Now, it is the issue of selecting such components we would like to discuss in detail: Balancing resistance needs to be there to ensure that the voltage applied to each of the diodes is identical. Otherwise, the difference in their back resistance might cause the voltage on one of the diodes to exceed the limit, which would in turn result in the breakdown of the component. The voltage on the rest of the diodes would then increase, the next diode would also breakdown, followed by the next one and the next one until the entire circuit would burn out (this process would not take longer than a split second). The resistors connected in parallel to each of the diodes are in fact connected in series to each other and form a voltage divider. This prevents voltage increase on the diodes if one of them breaks down because of a manufacturing defect. Now, by-pass capacitors need to be there to prevent momentary surge overvoltage and to eliminate the so-called "white" noise generated by the diodes. In the situation like ours, when power is supplied from a 50 Hz alternating current mains, such capacitors are not a required. But for operation in pulse modes, at high frequency and in circuits where noise is unacceptable, by-pass capacitors are a certain must. The easiest way to select the right match would be to install a bypass resistor with such rating, under which the reverse current of the diode would be equal to the current that flows through the resistor. The capacity of the capacitor would then need to be equal to the junction capacitance. It is also possible to install resistance based on the following logic - 100 kOhm per each ...
Electrical Engineering MCQ - 🤍electricalengineeringmcq.com Statement: In a regulated power supply, two similar 15 V zener diodes are connected in series. The input voltage is 45 V DC. If each Zener diode has a maximum current rating of 300 mA, what should be the value of the series resistance will be - Electrical Engineering Multiple Choice Questions Also see: Electrical Power Engineering MCQs here: 🤍 Electrical Engineering MCQs on Synchronous Motors: 🤍 AC Circuits Electrical Engineering MCQ: 🤍 PolyPhase Induction Motor MCQs: 🤍 Underground Power Transmission MCQs: 🤍 Power Generation MCQs: 🤍 Electrical Machines MCQs: 🤍 Fundamentals of Semiconductors: 🤍 Basic Electrical Engineering MCQs: 🤍 MCQs on Resistors: 🤍 MCQs on Diodes: 🤍 Visit for more MCQs here: 🤍
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Hello everyone in this video I am going to teach you about Diodes. A diode is a two terminal electronic component that conducts current primarily in one direction , it has high resistance at one direction and low at the other This will the 6th Session in Basic electronics series . In case you have missed any of the session please go check out on our channel _ Other Projects Playlists: IoT Projects - 🤍 Raspberry Pi Projects - 🤍 Basic Electronics - 🤍 Home Automation Projects - 🤍 _ Thank You, ❤ Subscribe to #LearnElectronicsindia Connect with us to learn more: Website - 🤍 Facebook: 🤍 Instagram: 🤍 Linkedin: 🤍 #learnelectronicsindia #diodes #diodesexplained #diodesbasicelectronics #diodescircuitanalysis #diodesandtransistors #diodesandapplications #diodeselectroboom #diodestiredofwakinguptired #diodesinparallel #diodesorganicchemistrytutor #diodesinseriesandparallel #diodeshipping #diodeselectronics #diodesredrubberball #diodesinseries #diodescircuits #diodesand #diodesandrectifiers #diodesandspecialsemiconductordevices #diodesandresistors #diodesandtriodes #diodesandrectification #diodesandgaincharacteristicsand74wkpjz2qwi #diodesanddiodecircuits #diodesandleds #diodeandzenerdiode #diodesandcapacitors #diodesandapplicationsengineering #diodesandapplicationscovering
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