Wednesday, May 16, 2018

Free Download Proteus Professional v8.7 SP3 for Windows with Activation Crack

Eltronicschool. - This is one recent version of Proteus software for electronic design, simulation and PCB layout design for you that called with Proteus Professional v8.7 SP3 for Windows with activation crack in this time.

You also can read: Free Download Proteus 8.6 for Windows


In this time, we will give you global description about Proteus software, and then we will give you link to take free download Proteus Professional v8.7 SP3 for Windows with Activation Crack from external server now.

Description

This is Proteus Professional v8.7 SP3 for Windows with Activation Crack for you who want to create simulation with ISIS and PCB layout design with ARES. This package system of circuit simulation, based on models of electronic components made in PSpice. A distinctive feature of the package Proteus Professional is the possibility of simulating the operation of programmable devices: microcontrollers, microprocessors, DSP and the like. In addition, the package Proteus Professional is a system design of printed circuit boards. Proteus Professional can simulate the operation of the microcontroller follows: 8051, ARM7, Cortex-M3 ARM, AVR, Texas Instruments, Motorola, PIC, Basic Stamp. Component library contains reference data.

Proteus 8 consists of six core modules:

  1. Application Framework. Now Proteus 8 consist of one application with a large number of modules (ISIS, BOM, ARES, 3D Viewer etc.). Modules can be opened in a tab in the application window, you can drag and create additional windows, and saw several tabs at once. It allows you to work not only with ISIS and ARES, as in previous versions, but also with other modules, such as ISIS and VSM Studio for debugging, ISIS and specifications for the report, ARES and 3D Viewer to check out.
  2. General Section Database. Uniform database components provide data exchange between modules in the current project Proteus. The elements of the physical components on a circuit board and at the same time representing the logic elements in the diagram.
  3. Living netlisting. Staying list of connections available to all modules, enabling it to reflect changes in real time. schema changes cause changes in the printed circuit board and, in turn, to change the specification.
  4. 3D Viewer. When watching 3D, besides the OpenGL graphics support DirectX, adding multi-threading to increase rendering speed. Also used netlist life, so that changes made in ARES is displayed in the 3D Viewer.
  5. Bill of Materials. This all-new module works with project documentation. The ability to save the specifications in popular formats PDF, HTML and Excel.
  6. VSM Studio. Integrated Development Environment, which allows to simulate and debug your project in Proteus VSM, and automatically configures the compiler for a particular firmware.

Proteus 8.7 Features

  • Easy to use, yet powerful and flexible
  • Design and simulation of AVR and various types of electrical circuits
  • AVR design and simulation with high accuracy and reliability
  • Complete tool for designing simulations and types of measurement elements
  • It has ISIS library with various microcontroller
  • Possible programming in the software environment
  • Fast design of PCB or printed circuit board without the need for circuit design
  • VSM capability of virtual modeling system
  • Enjoy Advanced Routing Modes
  • Proper and complete program troubleshooting
  • Graphical and 3D display
System Requirement:

  1. Operating System: Windows XP/Vista/7/8/10
  2. Memory (RAM): 3 GB of RAM is required
  3. Hard Disk Space: 600 MB of free space required.
  4. Processor: Intel 2 GHz or faster
How to Install?

  1. Extract the downloaded file, with fill the password: www.akangsuhar.com
  2. Then install the proteus
  3. Install with the option of using license file
  4. User a locally installed license key
  5. Then the labcenter license manager will appear
  6. Click Browse for key file in the lower left corner
  7. Then navigate and select License.lxk that I have provided
  8. Next click the install button
  9. Then there will be notification license detected in the box to the right
  10. Next please close the license form and continue to install
  11. After completion of the installation do not run the program first
  12. Open the crack folder
  13. Copy the BIN and MODELS folders into the installation directory folder
  14. Entered into :
  15. C: \ Program Files (x86) \ Labcenter Electronics \ Proteus 8 Professional
  16. Paste and replace in the Proteus 8 Professional folder
Download 

And now you can click the link below to take free download Proteus Professional v8.7 SP3 for Windows with Activation Crack from external server easily.

Wednesday, April 25, 2018

Circuit Schematic of Upto 40KHz Frequency Counter using Arduino UNO

Eltronicschool. - Do you want to build by your self using Arduino UNO and also LCD screen in this time, Frequency counter? If you want do it, maybe you can design it using the circuit schematic look like shown in Figure 1 below.

Using this circuit schematic, frequency counter will count upto 40KHz and displayed in LCD screen 16 x 2. Maybe the circuit schematic of Upto 400KHz frequency counter is very simple and easy to build.

Circuit Schematic

Figure 1. Circuit schematic of upto 40KHz frequency counter using Arduino UNO and LCD screen 16x2 (Source: Circuitstoday.com)

Component Part
  1. Arduino UNO
  2. Resistor
  3. LCD screen 16x2
  4. Variable resistor
Description

Circuit schematic like in Figure 1 above is upto 40KHz frequency counter using Arduino UNO. Using this circuit schematic completed with source code, will allow you to enjoy frequency counter displayed in LCD screen 16x2. Using this circuit we can minimize the external component to count the frequency.

How it works

According Circuitstoday site describe the frequency to be counted is connected to digital pin 12 of the arduino. pulseIn() function is used here for counting the frequency connected to pin 12. pulseIn() function counts the number of pulses (HIGH or LOW) coming to a particular pin of the arduino. The general syntax of this function is pulseIn(pin, value, time) where pin is the name of the pin, value is either HIGH or LOW and time is time for which the function to wait for a pulse. The function returns zero if there is no valid pulse with in the specified time. The pulseIn() function can count pulses with time period ranging from 10 μS to 3 minutes. For more about cource code here.

Thursday, April 19, 2018

Circuit Schematic Infra Red Sniffer Based on the IR Sensor Module TSOP1838 from Vishay

Eltronicschool. - This is one of the circuit schematic for you who want to build by your self fron-end circuit of infra red (IR) sniffer based on TSOP1838 modul. The main component are used in this circuit like resistor, capacitor, transistor, Red LED, IR LED and TSOP1838 module from Vishay. 

In this time, beside we will give you the circuit schematic of Infra Red Sniffer Based on the IR Sensor Module TSOP1838 from Vishay and also the diagram blog of TSOP1838, we also will give you the global description of this circuit.

Circuit Schematic

Figure 1. TSOP1838 IR Sensor Module from Vishay (Source: Electroschematics.com)
Figure 2. Circuit Schematic of Infra Red Sniffer Based on the IR Sensor Module TSOP1838 from Vishay (Source: Electroschematics.com)


Component Part
  1. IR Sensor Module TSOP1838 from Vishay
  2. Red LED
  3. Resistors, 100, 1K2, 10K
  4. Transistor BC547
  5. IR LED
  6. Capacitors 100uF/16V
Description

Circuit schematic like in Infra Red Sniffer Based on the IR Sensor Module TSOP1838 from Vishay for you. This circuit is the front-end of IR Sniffer when you want to decode and encode the data from IR transmitter. This circuit will capture the IR code and also can retransmitte the date if need.

According Electroschematics site describe that the design is based on the IR sensor module TSOP1838 from Vishay, it inherently supports the NEC format but can be easily extended to multiple IR data formats with necessary modifications. The TSOP1838 is a miniaturized IR receiver module with a PIN diode and preamplifier assembled on lead frame; the epoxy package is designed as an IR filter. The demodulated output signal can directly be decoded by most microprocessors. 

The IR receiver module is represented here by IRRX, powered from a 5-Vdc supply. An infrared emitter (IRED) is available for changing the hardware as an IR encoder. LED1 indicates the IR signal activity but may be omitted together with R2.

Thursday, April 12, 2018

Free Download Autodesk EAGLE Premium 8.2 Plus Crack for PCB Layout Designing for Windows

Eltronicschool. - This is the latest version Autodesk Eagle software in 2018 that present many features for you to allow you design electronic circuit and PCB layout easily and enjoyfull in this time.

Image Courtesy of Izofile

The latest version of this software is Autodesk EAGLE Premium 8.2 Plus Crack for PCB Layout Designing for Windows system. Beside we will give you about the description of this Cadsoft Eagle software, here we also will give you the link to take free download Autodesk EAGLE Premium 8.2 Plus Crack for PCB Layout Designing for Windows from external server.

Description

This is Autodesk EAGLE Premium 8.2 Plus Crack for PCB Layout Designing for Windows for you. Eagle PCB layout is a software used to make representations of your electronic design with zero complexity. With this software you can design programs, electronic jobs with or created to handle projects ranging from the creation of schematic PCB schematic preparations, to designing a high resolution printed circuit board.

Eagle full professional has three modules: Module scheme, layout editor, Autorouter. The program has a large Library containing a number of standard electronic components and quite common as a microcontroller, it is relatively easy for you to design a PCB design.

Autodesk Eagle 8.2 Features:

  • An easy and also efficient PCB layout software for every electronic engineer.
  • Turn your electronic idea into a PCB design.
  • Escape your ball grid arrays (BGA) in seconds, not hours.
  • The ability to make modular design blocks
  • Squeeze your existing blocks of circuitry in a snap.
  • Organize and type of design no matter how it’s Multisheet schematics
  • Test your connection point by point to make sure that your Electrical rule is good.
  • Automatic and real-time design synchronization between schematic and also PCB layout.
  • A really simple schematic editor and also a Fast design PCB layouts
  • Arrange, Select, group, and also modify your design as much as you like.

Download

And now you can click the link below to take free download Autodesk EAGLE Premium 8.2 Plus Crack for PCB Layout Designing for Windows from external server.

Friday, April 6, 2018

Circuit Schematic Main Voltage Wireless Tester using CD4033

Eltronicschool. - Do you want to build your self the tester instrument in this time like to measure main voltage? when you want to build it, in here i will show you one of the tester circuit schematic for measuring or testing main voltage wirelessly look like in Figure 1 below.

The main of the heart of the circuit component is CMOS IC CD4033. So, in here we will show you more about this circuit schematic of Main Voltage Wireless Tester using CD4033, and we will give you the component parts, and description of this circuit.

Circuit Schematic

Component Part
  1. Seven segment
  2. CD4033 IC
  3. Resistors
  4. Capacitors
  5. Battery
  6. Switch
Description

Circuit schematic like in Figure 1 above is named Main Voltage Wireless Tester using CD4033. The main component to build this circuit is CMOS IC CD4033 that we think it is easy found in the electronic component market in your country.

How it works

According Circuitstoday site that also published this circuit, describe that with this circuit you can test whether mains voltage is present or not without you having electric contact with mains line. As the main component, the CMOS IC CD4033 consists of a 5 stage decade Johnson counter and an output decoder for converting the Johnson code to a 7 segment decoded output for driving 7 segment LED display. A 10cm long insulated copper wire connected to the clock pin (pin1) of the IC serves as the sensor. The sensor wire has to be placed in the vicinity of the mains wire to be tested. When there is no voltage in the mains line, no voltage will be induced in the sensor wire and the display will show a random digit. When there is voltage in the mains line, a small voltage will be induced in the sensor wire due to electromagnetic induction and this voltage is sufficient enough to clock the CMOS IC CD4033. It will count from zero to nine repeatly in the display seven segment.

Tuesday, April 3, 2018

Circuit Schematic Non Contact AC Voltage Detector using NE555 IC

Eltronicschool. - This is one of the detector circuit schematic for you that show you with building NE555 IC look like in Figure 1 below. The main circuit schematic here is NE555 IC.

Beside we will give you the circuit schematic of Non Contact AC Voltage Detector using NE555 IC, we also will give you the description of this circuit easily.

Circuit Schematic

Component Part
  1. NE555 IC
  2. FET
  3. Resistors
  4. LED
  5. Capacitors
  6. Buzzer
  7. Antenna
Description

Circuit schematic like in Figure 1 above is Non Contact AC Voltage Detector using NE555 IC. According Circuitdiagram site describe that this is a very easy useful project of a non contact AC voltage detector circuit. The circuit will blink an LED and make beep beep sound when it detects any AC field. The circuit can be used to check AC voltage in wires, switches, plugs, wall sockets, electronic devices etc. without making a direct contact.
It will also show the phase and neutral wire from the two AC wires by making beep and blink LED only on phase wire and being in off state on neutral wire.

The circuit is using a 555 timer IC, a 2N3819 FET (Field effect transistor) with some resistors and capacitors. The 2N3819 transistor is working as AC field detector and the beeper circuit is built around the 555 timer IC.

The circuit can be operated from 6 to 12 volt DC. If you are operating the circuit with lower voltage then change the LED current limiting resistor according to the operating voltage to brightly blink the LED. On six volt you can use a 270 ohms resistor, On 9 volts use 320 ohms and on 12 volt use 470 ohms. 

Thursday, March 29, 2018

Techno Teachers: Finnish School Tests Robot Educators by Reuters

Eltronicschool. - This is one of the information for you you who want to know the robot educator in this time with the article here titled with Techno Teachers: Finnish School Tests Robot Educators that published in Reuters online.

Image Courtesy of https://www.voanews.com/

Elias, the new language teacher at a Finnish primary school, has endless patience for repetition, never makes a pupil feel embarrassed for asking a question, and can even do the "Gangnam Style" dance.

Elias is also a robot.

The language-teaching machine comprises a humanoid robot and mobile application, one of four robots in a pilot program at primary schools in the southern city of Tampere.

The robot is able to understand and speak 23 languages and is equipped with software that allows it to understand students' requirements and helps it to encourage learning. In this trial, however, it communicates in English, Finnish and German only.

The robot recognizes the pupil's skill levels and adjusts its questions accordingly. It also gives feedback to teachers about a student's possible problems.

Some of the human teachers who have worked with the technology see it as a new way to engage children in learning.

"I think in the new curriculum, the main idea is to get the kids involved and get them motivated and make them active. I see Elias as one of the tools to get different kinds of practice and different kinds of activities into the classroom," language teacher Riika Kolunsarka told Reuters.

"In that sense, I think robots and coding the robots and working with them is definitely something that is according to the new curriculum and something that we teachers need to be open-minded about."

And now you can read more about the article of Techno Teachers: Finnish School Tests Robot Educators by Reuters from original source using the link HERE.

Sunday, March 25, 2018

Free Download E-book Microelectronic Devices and Circuits by Clifton G. Fonstad

Eltronicschool. - This is one a book that will give you information about electronic circuit analysis and practice in this time. This book is titled with Microelectronic Devices and Circuits that written by Clifton and G. Fonstad.

Image Courtesy of Amazon.com

In this time, we will give you global description about this book and then we will give you the link to take free download Microelectronic Devices and Circuits by Clifton G. Fonstad from external server.

Description

From: Amazon.com

Combining semiconductor device physics and modeling with electronic circuit analysis and practice in a single sophomore/junior level microelectronics course, this textbook offers an integrated approach so students can truly understand the interaction between semiconductor physics, device structure, and integrated circuit design and operation. The balanced, modular treatments of bipolar and MOS devices, and of analog and digital circuits can be easily adapted to a particular instructor or class’s needs. SPICE models, MESFET’s, optoelectronic devices, worked examples, and end-of-the-chapter problems further enhance the text.

This book is based on the textbook Microelectronic Devices and Circuits by Clifton G. Fonstad, which was published by McGraw-Hill in 1994 (ISBN 0-07-021-496-4). McGraw-Hill has declared the original textbook “out of print” and has transferred the copyright to the author, Clifton G. Fonstad. Errata in the original text identified as of August 15, 2006 have been corrected in this edition. This edition will appear enlarged 110% from the original page size when printed on standard letter paper (8.5” x 11”).
Download

And now you can click the link below to take free download e-book of Microelectronic Devices and Circuits by Clifton G. Fonstad from external server easily now.


Sunday, March 18, 2018

Circuit Schematic Flashing Battery Monitor using Transistors

Eltronicschool. - This is one circuit schematic for you who want to build battery monitor in this time. Now, you can use the circuit schematic of Flashing Battery Monitor using Transistors below.

In this time, eside we will show you circuit schematic, we also will give you the description of this circuit and the last we will give you the link to read more about this circuit schematic from original source.

Circuit Schematic

Image Courtesy of Circuitstoday.com

Component Part

  1. Transistors
  2. Resistors
  3. LED
  4. Variable resistor
  5. Capacitors

Description

Circuit schematic like in Figure 1 above is Flashing Battery Monitor using Transistors. Circuitstoday site describe that here is a simple circuit in which an LED will continue flashing as long as the voltage of the battery to be monitored is above the set level.The transistors Q1 and Q2 are wired as a complementary astable multivibrator.The circuit can operate from a voltage range from 6V to 12V. The voltage level at which LED has to stop flashing can be set by adjusting the preset R4.When the battery voltage reaches the threshold the flashing frequency decreases and when the voltage goes below the threshold the LED becomes OFF.The diode D1 is used to compensate the changes in the base emitter voltage of Q1 due to temperature changes.

And now you can read more about the Flashing Battery Monitor using Transistors circuit schematic from original source using link HERE.