Electronics Desk – The Electronics Tutorials
A way by which the satellite is kept in the correct orbit in space is known as Satellite Launching. The earth-based stations are responsible for providing proper control to the satellite moving in space. Satellite launching is one of the crucial aspects of satellite communication. Through satellite communication, the exchange of information occurs between multiple …
Launching of Satellite Read More »
HDTV is an abbreviation used for High Definition Television. It is a digital broadcasting standard where the audio and video quality are better in comparison to that of Standard Television. Basically, HDTV is designed in a way that the images displayed by it appear clearer and colourful than the ancient ones. HDTV is broadcasted by …
High-Definition Television (HDTV) Read More »
A type of satellite service that allows direct transmission of signals from the satellites present in the geostationary orbit to the personal dish antennas present in homes audiences is known as Direct Broadcast Satellite. It is abbreviated as DBS. More simply, DBS is regarded as a technique of transmitting messages or signals directly to the …
Direct Broadcast Satellite (DBS) Read More »
The acronym DECT stands for Digital Enhanced Cordless Telecommunications. It is a technology that offers wireless communication services for the transmission of voice, data, fax, multimedia, etc. This mechanism has brought cordless telephone systems into existence. DECT is regarded as Digital Wireless Technology that was invented in Europe but has gained worldwide importance. Content: DECT …
Digital Enhanced Cordless Telecommunications (DECT) Read More »
Intel 8087 is known to be a specially designed coprocessor used for performing mathematical calculations of data that contains integer and floating-point values. It is sometimes also called Math Processor or Numeric Data Processor (NDP). The use of a coprocessor along with the microprocessor facilitates the speeding up of calculations thereby saving the overall time …
Intel 8087 Read More »
Intel 8254 is a programmable interval timer designed by intel is a programmable external timer device built with an aim to resolve the time control issues that occur in between various processes occurring within the microprocessor. In order to communicate with the processor, it has a total of 8 data lines. There are overall 24 …
Programmable Interval Timer – 8254 Read More »
DAC is an acronym used for Digital to Analog Converter and DAC interface is used to generate analog output by converting the digital signal obtained from the microprocessor into equivalent analog form. More simply, DACs are devices that perform digital to analog conversion however, this conversion requires a reference value on the basis of which …
DAC Interface Read More »
Optical Storage Devices are sometimes referred to as Optical Media or Optical Memory. Optical storage is known to be a storage medium that exhibits the ability to store and retrieve data electronically by the use of low-power laser beams. The storage devices that make use of this scheme are known as Optical Storage Devices. Optical …
Optical Storage Devices Read More »
Data Transfer Schemes are defined as the ways of transferring data or information between the processor and the peripheral devices/memory. Parallel Data Transfer Schemes allow various data bits to get simultaneously sent over parallel data lines. The data transfer schemes facilitate smooth data communication within the system. Basically, anything that the processor does requires some …
Parallel Data Transfer Schemes in 8085 Read More »
CISC stands for Complex Instruction Set Computer. CISC processor is a classification of microprocessor-based of CPU design that operates on large and complex instruction sets so as to execute various tasks using the least possible codes. It is based on more than one instruction per cycle execution approach. More simply, we can say, the design …
CISC Processor Read More »
Basic Electronics Archives – Electronics Desk
Definition: A circuit that is capable of sampling the input signal applied to its terminal as well as holding the sampled value up to the last sample for a particular time interval is known as sample and hold circuit. It basically utilizes an analog switch and a capacitor to perform the task. The circuit samples …
Sample and Hold Circuit Read More »
Definition: Hartley oscillator is a type of LC oscillator that generates undamped sinusoidal oscillations whose tank circuit consists of 2 inductors and a capacitor. In the tank circuit, the two inductive coils are serially connected together forming a parallel combination with the capacitor. Hartley Oscillator was invented by Ralph Hartley in 1915 and hence named …
Hartley Oscillator Read More »
Both active and passive elements are part of electrical and electronic circuits. But various factor exists that differentiates the two. The crucial difference between active and passive elements is that an active component holds the ability to supply energy to the circuit. As against, a passive component is not able to give the energy to …
Difference Between Active and Passive Elements Read More »
Definition: A full wave rectifier is a rectification circuit that is used to change the overall ac signal that is applied across its terminals into a pulsating dc form. We know that rectification is nothing but the conversion of ac signal into dc. However, basically there exist two types of rectifiers, the first one is …
Full-Wave Rectifiers Read More »
Definition: A Half-Wave Rectifier is a device that converts only one half of the applied ac signal into pulsating dc. The other half of the applied ac signal gets suppressed by the rectifier circuit. A half wave rectifier circuit uses only a single diode, due to the unidirectional current flow property of the diode. We …
Half-Wave Rectifiers Read More »
One of the major differences between LED and photodiode is related to their operating principle. An LED is a device that works on the principle of electro-luminance. While the operation of a photodiode depends on the principle of photoconduction. Basically when an external potential is provided then a light emitting diode gives off light. Whereas …
Difference Between LED and Photodiode Read More »
Both resistor and capacitor are passive components that are employed in electrical and electronic circuits. However, the crucial difference between the resistor and the capacitor is that a resistor is an element that dissipates electric charge or energy. As against, a capacitor is an element that stores electric charge or energy. Basically, a resistor is …
Difference Between Resistor and Capacitor Read More »
Both transistor and thyristor are the types of semiconductor devices. But some factors exist that differentiates the two. The crucial difference between transistor and thyristor is that a transistor is a 3-layer device that requires regular current pulse in order to ensure conduction. On the contrary, a thyristor is a 4-layer device that needs an …
Difference Between Transistor and Thyristor Read More »
Definition: An oscillator is basically a signal generator that produces a sinusoidal or non-sinusoidal signal of some particular frequency. Oscillators find their various applications as these are the fundamental component of any electrical and electronic circuits. Continuous oscillations are the basis of working of an oscillator. Sometimes, an oscillator is said to be an amplifier …
Oscillator Read More »
Both intrinsic and extrinsic semiconductor is the 2 categorizations of semiconductor material. The difference between intrinsic and extrinsic semiconductor is that Intrinsic semiconductors are the pure form of semiconductor materials. Whereas extrinsic semiconductors are impure semiconductor formed by adding an impurity to a pure semiconductor. No, any external impurity is doped in case of an …
Difference Between Intrinsic and Extrinsic Semiconductor Read More »
smart design office desks with integrated electronics. Ergonomics and productivity!
WorkTable.Pro – smart design office tables with built-in electronics. Ergonomics and productivity!
the table itself will remind you of the need to work while standing, a programmable remote control with memory of work scenarios, waterproof induction charging of smartphones, USB ports for charging tablets and a USB hub for data transfer, a built-in surge protector to protect your electronics and 220V sockets
COPPER, BRASS, BRONZE, ALUMINUM
OAK, AMERICAN WALNUT, ZEBRANO
Complex Cosmos table
EGG top Cosmos with rounded corners 32 mm thick, covered with wear-resistant plastic with two powerful motors and a remote control.
Complex White table
32 mm thick EGG White tabletop with rounded corners, covered with durable plastic. Classic white design with rounded edges on sturdy legs with two powerful motors
Ask for availability
Complex OAK UT table
27 mm thick puff birch top covered with natural oak veneer with integrated USB hub , induction smartphone charging , wire organizer and stylish cable channel.
Complex NUTWOOD DT Desk
27mm puff birch top with American walnut veneer, built-in USB hub, induction smartphone charger, cable organizer and stylish cable channel.
Complex ZEBRANO IT Desk
27mm puff birch top with African gray zebrano veneer, built-in USB hub, induction smartphone charger, cable organizer and stylish cable channel.
Complex Zebrano UT Desk
Ergonomic 27mm puff birch top with African Zebrano veneer, built-in USB hub, induction smartphone charger, cable organizer and stylish cable channel.
Complex Zebrano UT Table
Ergonomic table top with a graceful, stylish cut and refined proportions.
Complex Nutwood DT
Ergonomic 27 mm puff birch top with natural American walnut veneer, USB hub, induction smartphone charger, wire organizer and cable channel. Ideal for gamers.
Complex Nutwood DT Table
Thanks to the special shape of the cutout, your elbows are securely fixed, which helps prevent carpal tunnel syndrome, and the edges of the table do not cut into your arm.
Basis table Ash
a sophisticated combination of delicate ash wood and delicate copper legs – sophisticated and unusual
- 9 0004 Basis table Oak
stunning combination of noble oak pattern and stylish brass legs
Ask for availability
Basis table Walnut
noble combination of rich American walnut texture and strict black legs
Basis White table
an unusual combination of brutal dark legs and elegant light surface
Office tables and meeting rooms 90 005
modern wireless workspace
Conference communications and video communications in the office
Make business decisions without regard for distance!
COMBINE UP TO 6 MONITORS
Choose the height and tilt of your monitors, freeing up up to 40% of your desk space!
Designer bedside table
Convenient organizer for documents that can be ordered to any table. Advantages: silent opening and closing of drawers, premium fittings, closer when closing, moisture-resistant coating and durability of use.
Movable saddle chair
Movable saddle chair relieves back pressure and is optimal for adjustable tables
relieves discomfort in the legs by redistributing body weight from heel to toe and back
Order 900 07
Combining tradition and technology, we create something amazing
Table leg plating
Special jewelery alloy and unique plating technology
We only use natural fine wood veneer
EU-certified eco-grade natural materials
Just put your phone here and then pick it up charged 9000 7
Everything you need at your fingertips and without annoying wires
Quick and quiet table height transformation to suit your needs
We came up with the concept of smart desks when we decided to create the best desk, combining cutting-edge technology and sustainable materials to create the perfect product. And we do not stop there, creating and testing new ideas every day thanks to our own production and a balanced team of designers, engineers and technologists.
If you have any questions or find it difficult to choose a table – leave us your contact details and we will contact you as soon as possible
RTU MIREA held a round table on the topic “Problems and Prospects of Domestic Electronics” — News — RTU MIREA
On December 11, RTU MIREA hosted a round table on the topic “Problems and Prospects of Domestic Electronics”.
It was attended by 2nd-4th year students and graduate students of the Institute of Physics and Technology, the Institute of Integrated Security and Special Instrumentation, the Institute of Cybernetics, as well as 3rd year students of the National Research University MIET.
The event was organized by teachers of the Department of Electronics of the Institute of Physics and Technology, Doctor of Technical Sciences, Professor Svetlana Anatolyevna Mikaeva and senior lecturer Evelina Leonidovna Larshina.
The participants of the round table within the framework of the stated topic discussed the following issues:
1. Solar panels. Speaker: A.A. Danilevsky
2. Innovative LEDs. Speaker: U.A. Zavarina
3. Two-dimensional materials. Speaker: A.M. Sizova
4. Gallium nitride. Speaker: O.V. Udovichenko
5. Promising innovative biomedical technologies. Speaker: E.A. Kropochev
6. Innovative technologies in surgery. Speaker: E.A. Kropochev
7. Li-Fi LED technology. Speaker: D.S. Ivanova
8. Star LED – a new generation of universal fixtures. Speaker: V.A. Petrova
9. Digital signals. Spectra of discredited and digital signals. Speaker: I.A. Orlov
10. Digital filters. Speaker: V. A. Chikalova
11. Laser rangefinders. Speaker: A.E. Shigapov
12. Information and control system based on unmanned vehicles. Speaker: Yu.S. Mukhacheva
13. Bionic prostheses. Speaker: V.D. Chudnova
14. Utilization of LEDs. Speaker: L.I. Abrosimov
15. Fiber-optic transmission systems. Speaker: E.A. Solovyov
16. Pacemaker. Speaker: R.E. Ostanina
17. State automated information system “ERA-GLONASS” or intelligent transport systems”. Speaker: N.M. Lekarkin
18. Modern automotive electronics: Keysight Technologies solutions. Speaker: A.S. Rybenko
19. Optocouplers and their application. Speaker: K.A. Kononenko
20. Flash memory. Creation technologies. Speaker: B.S. Komysnyuk
21. DC amplifying devices. Speaker: A.R. Aristova
22. Varicaps. Speaker: D.D. Zuev
23. Thyristors. Speaker: E.A. Dry
24. Matrix control with Raspberry controller. Speaker: D.S. Rudkovskaya
25. Diode. Schottky diode. Speaker: G.A. Belokopytov
26. Study of the characteristics of LED COB matrices. Speaker: A.E. Karetnikov
27. Uninterruptible power supplies. Speaker: A.I. Kirchenko
28. Photoresistors. Speaker: A.R. Nevretdinova
29. Voltage and current stabilizers. Speaker: K.R. Rusalkin
30. Transistors. Speaker: S.A. Serdyukov
31. Vernam cipher. Speaker: A.A. Shcherbachenko
32. Light music on the Arduino board. Speaker: K.A. Zinkin
33. Investigation of the possibility of mobile computing platforms for non-resource-intensive tasks in a domestic environment. Speaker: A.A. Sevostyanov
34. NEMA cipher machine. Speaker: D.A. Frolenkov
35. Operational amplifiers. Speaker: I.A. Kozochkin
36. Lithography. Speaker: A.A. Reznik
37. Modern program for the design of automated systems. Speaker: A.V. Shushlebin
38. LIDAR. Speaker: V.A. Sergeev
39. 5D discs. Speaker: O.S. Zenkin
40. Testing of piezoelectric products necessary for the manufacture and operation of highly reliable equipment.