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Date: 2021.05.21 Category: Semiconductor Information 360
How 555 Timers Work? Circuit Modes Analysis
By 555 timer circuits, 555 timer monostable, what is a 555 timer, how does a 555 timer work, 555 timer schematics, 555 timer ic, 555 timer diagrams, 555 circuit examples, 555 integrated circuit, 555 timer uses, monostable multivibrator 555, 555 chips
IntroductionFor people who have been in touch with digital circuits or analog circuits, the 555 IC is definitely classic work. With its low cost and reliable performance, it is widely used in various electrical appliances, including instruments and meters, household appliances, electric toys, and au...
Date: 2021.05.11 Category: Semiconductor Information 511
How is PN Junction Formed? Basics and Examples
By what is pn junction, pn junction semiconductor diode, pn junction depletion region, electronics diffusion, formation of pn junction, transistor pn junction, p and n type semiconductor, holes and electrons, impurity concentration
IntroductionA p-n junction is an interface or a boundary between n-type and p-type semiconductor materials, inside a semiconductor. One of the crucial keys to solid state electronics is the nature of the P-N junction. For example, a PN Junction Diode is one of the simplest semiconductor devices arou...
Date: 2021.04.22 Category: Semiconductor Information 721
Analog to Digital Converter IC Basic Overview
By what is adc, analog to digial converter definition, analog to digital converting, analogue to digital coverter, ADC parameters, analog to digital converter circuits, analog-to-digital converter ic, analog digital converter design
IntroductionAn analog-to-digital converter, or A/D converter, or ADC for short, usually refers to an electronic device that converts an analog signal into a digital signal. Except for the most specialized analog-to-digital converters, all ADCs are implemented as integrated circuits (ICs). These are ...
Date: 2021.04.07 Category: Semiconductor Information 910
By what is a pinout, electronic pinout basics, arduino nano pinout, arduino uno pinout, raspberry pi pinout, at89s52 microcontroller pinout analysis
IntroductionIn electronics, a pinout (sometimes written "pin-out") is a cross-reference between the contacts, or pins, of an electrical connector or electronic component. It describes the functions of transmitted signals and the circuit input/output (I/O) requirements. The number of pins is divided ...
Date: 2021.04.01 Category: Semiconductor Information 515
How Do I Find a Proper Voltage Regulator?
By what is voltage regulator, how do voltage regulators work, electronic voltage regulator, types of voltage regulator, voltage regulator integrated circuit, purpose of voltage regulator, lm317 specifications, voltage regulator 7805 parameters
IntroductionA voltage regulator is a circuit that generates a fixed output voltage of a preset magnitude that remains constant regardless of changes to its input voltage or load conditions. It converts an unstable dc voltage into a stable dc voltage. Its power supply composed of discrete components ...
Date: 2021.03.19 Category: Semiconductor Information 982
What is the Voltage Divider Basic and Rule?
By what is voltage divider, How voltage divider works, voltage divider circuit, voltage divider equation, voltage divider potentiometer, voltage divider formula, voltage dividers examples, voltage division rule, how to calculate voltage divider, capacitive voltage divider, resistive voltage divider, voltage division examples
IntroductionA voltage divider is a passive linear circuit used to create a voltage less than or equal to the input voltage. It is a conversion device composed of a high-voltage arm and a low-voltage arm. The measured high voltage acts on the device, and the output voltage is got from the low voltage...
Date: 2021.03.09 Category: Semiconductor Information 762
What is a Comparator in Electronics?
By comparator tutorial, what is a comparator, comparator op amp, comparator electronics, op amp comparator circuit, comparator circuit design, comparator applications, types of comparator, comparator circuit using op amp
IntroductionIn electronics, a comparator is an electronic circuit that compares two voltages (or currents) and outputs a digital signal indicating which is larger. Comparing two or more data to determine the number size and arrangement order between them. In addition, it is a circuit that compares a...
Date: 2021.01.19 Category: Semiconductor Information 918
How to Reduce TRIAC Fault in Switching Circuits?
By what is triac, how does a triac work, triac application, triac switch circuit, what are triac symbols, triac control circuits, triac vs scr, thyristor vs triac, ac power control, thriac definition, thriac current leakage, thriac fault reduce
IntroductionWhat is a triac? TRIAC (Triode for Alternating Current) is an electronic component that is widely used in alternating current power control. It is a three terminal electronic component that conducts current in either direction when triggered. TRIAC is able to switch high voltages an...
Date: 2021.01.19 Category: Semiconductor Information 1067
Analog to Digital Converters (ADC) Overview: Working, Types and Applications
By What is the difference between ADC and DAC in a microcontroller, What is the slowest ADC, How does the ADC inside an micro-controller works, How to use an ADC IC, Applications of ADCs, Working of ADC, Microcontrollers
Ⅰ IntroductionIn an analog world, surrounded by digital devices, we exist. In nature, everything we see, feel or measure is identical, such as light, temperature, speed, pressure, etc. But most of the electronic devices around us are all digital devices, starting from a basic digital watch to a...
Date: 2021.01.18 Category: Semiconductor Information 713
The Definition and Working of Voltage Regulator
By How does a voltage regulator work, What is Voltage Regulator and Why Do We Use It, Increasing the Output Current of Voltage Regulators, Adjustable Regulators, Limitations of Voltage Regulator, What is Dropout Voltage or headroom in Voltage regulators
Ⅰ IntroductionMost Integrated ICs need a constant voltage that they can work with. They have their own operating voltage, whether it's a basic Logic Gate or a sophisticated microprocessor. 3.3V, 5V and 12V are the most common operational voltages. Although we have batteries and DC adaptors that...
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