Oscilloscope jobs

This project is to convert exiting arduino code to matlab waijung custom code blocks within simulink for a 1) DAC and 2) LCD We are using the Adafruit MCP4725 DAC Breakout Board and DFRobot LCD2004 for character display. Both can be found on the respective websites The person who can do this task will know arduino code and proper C code and have worked in Matla...arduino libraries [Adafruit_MCP4725, LiquidCyrstal_I2C] and supply the equivalent of Wire.h from arduino for the Waijung custom code block. 2) acceptance for payment is a matlab/simulink project using waijung custom code block where: a) the lcd displays "hello world" on line 1 and 2 b) the DAC creates a square 1 hz wave on pin A4 and a 2 hz sine wave on pin A5. This will be read on a oscilloscope to...

...(the circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required voltage

...(the circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required voltage

...(the circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required voltage

...(the circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required voltage

...(the circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required voltage

...circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required

...circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required

...circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required

...slave (the circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required voltage

...(the circuit we are designing) located anywhere from 3 to 30meter away. The way the trigger will work is that it should detect the flash pulse from the main camera flash and triggers the flash that it is connected. Our device will have a micro controller which will control the on/off, sleep power saving mode and charging mode. Here is how the light pulse from a flash might look like on an oscilloscope. We want to have a circuit that will not cause a false trigger from someone shining a bright light at it. And also it should work in all background lighting levels. If we simply take a photodiode and amplify the signal and send it to our micro controller and tell the micro controller to trigger when it senses a required voltage

Freelancer shall Develop a Custom user interface for data acquisition device (HDO-6104) URL: which enable the following: a) User input of the test site data b) Selection of type of equipment under test and custom input of equipment under test c) Automatic processing of raw signal to determine the first peak time d) Automatic processing of the processing data with a special mathematical algorithm e) Display of results for all processes f) Saving all data g) Printing all Data h) Exporting all data

A simple application to display values from a Bluetooth hardware like HC-05 1. Pars the values co!ing from incoming string and display on screen 2. It should have view format to dispay incoming data like, digital values or oscilloscope format 3. Should also able to send valuesback With source code in Android development studio

Labview code for taking measurements off 2 oscilloscopes. I have developed the basic code, just needs to be refined so that the variables inside the while loop do not constantly need to be changed if they haven't been altered since the previous iteration. Also, the saving feature isn't very neat. I need to leave the boolean on for roughly 2 seconds for it to be able to record the data. It would be good if that's fixed.

I need someone who have oscilloscope and GREE AC with GREE AC Remote Controll. I am controlling LG AC and Sony TV, but the GREE AC is not working. Because of that i need someone with oscilloscope and good knowledge in IR and arduino. I am controlling it though Arduino Uno and IR sender, after i receive the code from the AC remote through IR receiver.

Dear Freelancer, I am looking for a person that can build for me a infrared detector. 1. detect ir higher then 900 nm (exact nm must be field tested) 2. So sensitive possible and wide angle 3. Breadboard ore pcb can be connected to handhold oscilloscope Thank you in advance for response, With Greetings Erik Droog

...Colors – Codes Available 2- Add a Rename Button Next 3- Add 2 more buttons to bottom – 8 total – Update Names 4- Insert a picture for Category 5- Resize the Level Meter – According to Picture 6- Add a X button to all edit pages – right top corner to Exit – Just like Windows. 7- Update edit content – names, combo-boxes, etc on all edit pages 8- Add Envelope Graph to Amp, Filter 9- Add a oscilloscope to LFO( vibrato ) edit 10- Create FUNCTION Dropdown Menu 11- Create SAVE IN page 12- Create SAVE Confirmation Pop-up Object 13- Create SAVE FAVORITE page 14- Create SAVE CATEGORY page 15- Create Keyboard page to Rename Instrument 16- Create Split Page 17- Clean, test & debug UI Some of the pages just need to be duplicate...

Lab 8 Synchronous Counter Design This is a simulation only lab: Design a synchronous counter that will count the following sequence. 0, 1, 4, 5, 8, 9, 12, 13 and then recycle. Implement your circuit using negative edge-triggered J-K Flip Flops (74LS76). The clock will be a 5V, 1Hz pulse si...only lab: Design a synchronous counter that will count the following sequence. 0, 1, 4, 5, 8, 9, 12, 13 and then recycle. Implement your circuit using negative edge-triggered J-K Flip Flops (74LS76). The clock will be a 5V, 1Hz pulse signal. You will submit your design process in a neat and orderly (digital) manner. Construct and simulate the entire circuit in Multisim. Use the 4-channel oscilloscope to verify the count sequence. Beneath the o-scope use the waveforms to list the count ...

...this semester. 3. This is an open design to meet the simple requirements. Do not over-engineer the design of the system. Deliverables – 40pts Each team will follow the coding standards. 1. This assignment is for instructor evaluation: is Dog and Pony show. Your team is to demonstrate a working system. 2. Assignment completion is when the IO Expansion Board is instrumented to an oscilloscope for pattern and timing validation to the state machine. See Appendix B for help. 3. During Instructor review, be ready to explain the project and answer questions about performance of the system. 4. Plan C students will document their design of the sub-systems with respect to the system design. Post Plan C Documents under the PlanC assignment. ...

ab 5: FSM to Display Red ID Sequentially on 7 seg LED REQUIRED: Lab #5 is to implement y...Red ID state machine and display your Red ID on the 7 segment display on the LogicCircuit simulator, one digit at a time, starting with zero. As a minimum, you must design and simulate a state machine with an output sequence corresponding to your Red ID in BCD (e.g. a counter that counts in the order of your Red ID number). To pass this lab assignment, you MUST simulate it and submit the oscilloscope waveform corresponding to your 9 digit Red ID BCD sequence. FOR EXTRA CREDIT: Implement your Red ID state machine with a switch input to display your Red ID on the 7 segment display on the LogicCircuit simulator, one digit at a time, in forward or reverse order And quiz 3 on sequen...

The attached document contains nine experiments pertaining to Oscilloscope, Circuit Connections-Wattmeter, Transformer Functions, AC-DC-3 phase Induction Motors and BASIC Computer Programming. The freelancer will need to perform ALL experiments and answer ALL questions within the document with explanations. In addition, you will need to complete ALL data sheets associated with the experiments. The materials needed to conduct the experiments are located at the beginning of each experiment, review to ensure you have the necessary equipment.

I need to basically develop an optical communication link, that will take 16, 64 and 256 bit QAM CDMA signal (please note CDMA!) and then upconvert it to 60GHZ passband frequency, and then...signal (please note CDMA!) and then upconvert it to 60GHZ passband frequency, and then send over to optical fibers, and upon reception by a Photodetector PIN, it will perform demodulation to extract the original transmitted bits and show how BER varies with 16, 64 and 256 bit CDMA QAM signal/different bit rates. Eye diagram, constellation diagram also needs to be assessed. Optical power meters, oscilloscope visualisers and optical spectrum analyzer needs to be used at signal sensitive points. The project should also show that how BER varies with different length optical fibers (50km, 75 km, 1000...

For 16, 64, 256 bit QAM CDMA signal, design an optical communication link on OPTIWAVE/OPTISYSTEMS. The Eye Diagram, Constellation Diagram and BER Analyzer from Optisystems would be analyzed to show how they vary with different QAM signals/bit ra...bit QAM CDMA signal, design an optical communication link on OPTIWAVE/OPTISYSTEMS. The Eye Diagram, Constellation Diagram and BER Analyzer from Optisystems would be analyzed to show how they vary with different QAM signals/bit rates. We also show how the BER varies for different length optical fibers (50km, 75 km, etc). You would need to use optical power meters, optical spectrum analysers, oscilloscope visualizers at signal sensitive points. The WHOLE optical communication link has to be done on OPTISYSTEMS, for 16, 64 and 256 bit QAM CDM...

I need to draw diagrams and power analysis and the maximum power transfer theorem by realizing a simple AC circuit. I am using following equipments: 1. Oscilloscope 2. Function Generator 3. Digital Multimeter I can share details. I need small part of it done in next 10 hours and for rest will have 3 days and more. Please get back to me for more details. Only bid if u know this work

I have a vibrating wire piezometer, it's the RST VW2100-1.0 I need to read the response pulse frequency after excitation using arduino and convert that raw data into pressure. I have an oscilloscope and a webcam to show it via Skype. This must be done as fast as posible and work in the weekend if necessary.

I have a vibrating wire piezometer, it's the RST VW2100-1.0 I need to read the response pulse frequency after excitation using arduino and convert that raw data into pressure. I have an oscilloscope and a webcam to show it via Skype. This must be done as fast as posible and work in the weekend if necessary.

we require someone with skill sets who can decipher/crack 3DES on java smart card by use of method of side channel analysis , will use digital oscilloscope for this requirement. we will use chip whisperer lite.

I am looking for an engineer with "Resistive Tou...Touch Panel. My goal is to build my own resistive touch panel from scratch. I hold an EE degree, and I am a junior engineer with some FPGA, C, and circuit design experience, therefore I am not looking for a layman definition or just to scratch the surface of Touch Controllers and Resistive Touch Panels, I want to build my own resistive rouch panel. I have function generators, power supplies, oscilloscope, microcontrollers, FPGA, bread-boards, passive and active parts in my house. I understand the theory, but I cannot connect the dots to fully understand how to create a resistive touch panel from scratch and report the X,Y touch locations back to the microcontroller. Ideally, someone who can help me connect the dots is who I ...

...xu4) providing a web page user interface to an existing PIC 16F controlled machine. Application will accept text data input from user, and create an oscilloscope – type graphic with values received via serial data-stream from the external micro controller (see graphic below). Input to application: Input from the user via text and combo boxes. The user keys in desired numeric data (with minimum / maximum values enforced by the application) and uses a combo box to select variables. User initiates Automatic-Mode by clicking a button. During Automatic-Mode application monitors serial port for incoming data and plots it in the oscilloscope-type graphic: data from the serial port represents Y axis graph values, x axis values are increments of 100ms. A Visual Bas...

Hello everyone, I have a FPGA board connected to my PC through USB. This FPGA has a FTDI chip. I need to send data from Matlab to the FPGA and output this data to a pin, in order to see the data in a oscilloscope. The code must be written in Verilog.

...xu4) providing a web page user interface to an existing PIC 16F controlled machine. Application will accept text data input from user, and create an oscilloscope – type graphic with values received via serial data-stream from the external micro controller (see graphic below). Input to application: Input from the user via text and combo boxes. The user keys in desired numeric data (with minimum / maximum values enforced by the application) and uses a combo box to select variables. User initiates Automatic-Mode by clicking a button. During Automatic-Mode application monitors serial port for incoming data and plots it in the oscilloscope-type graphic: data from the serial port represents Y axis graph values, x axis values are increments of 100ms. A Visual Bas...

I have noisy and complex signals coming from two different sources of data. Particularly, one ultrasonic sensor is looking at two different objects with different properties. Please find the mat file with the samples of signals recorded by digital oscilloscope. You have to propose the signal processing and characteristic pattern recognition solution, which will be tested by me in the real-time mode. Do not hesitate to ask questions. Do not waste your time if you are not sure if this is what you really skilled in.

we want a PCB for the analog front end of a high-speed ADC to be designed in a 'oscilloscope' front-end fashion. The ADC will need to have it's input signals vertically adjusted by the means of a VGA, and probe connectors will need to be properly coupled and terminated.

EXPERIMENT 1: BASIC ELECTRICAL MEASUREMENTS . . . . . . . 1 EXPERIMENT 2: THE CATHODE-RAY OSCILLOSCOPE . . . . . . . . 9 EXPERIMENT 3: RC AND RLC CIRCUITS . . . . . . . . . . . . . . . . 17 EXPERIMENT 4: DIODE AND TRANSISTOR CHARACTERISTICS . . . 25 EXPERIMENT 5: RC COUPLED AMPLIFIER . . . . . . . . . . . . . . . 33 EXPERIMENT 6: ZENER DIODE/POWER SUPPLY . . . . . . . . . . . 39 EXPERIMENT 7: SILICON-CONTROLLED RECTIFIER . . . . . . . . . 45 EXPERIMENT 8: LOGIC CIRCUITS . . . . . . . . . . . . . . . . . . . . 51 EXPERIMENT 9: DIGITAL ARITHMETIC CIRCUITS . . . . . . . . . . . 59 EXPERIMENT 10: OPERATIONAL AMPLIFIERS . . . . . . . . . . . . . 65 EXPERIMENT 11: BRIDGE CIRCUITS . . . . . . . . . . . . . . . . . . . 73 EXPERIMENT 12: ELECTRONIC OSCILLATORS . . . . . . . . . . ...

EXPERIMENT 1: BASIC ELECTRICAL MEASUREMENTS . . . . . . . 1 EXPERIMENT 2: THE CATHODE-RAY OSCILLOSCOPE . . . . . . . . 9 EXPERIMENT 3: RC AND RLC CIRCUITS . . . . . . . . . . . . . . . . 17 EXPERIMENT 4: DIODE AND TRANSISTOR CHARACTERISTICS . . . 25 EXPERIMENT 5: RC COUPLED AMPLIFIER . . . . . . . . . . . . . . . 33 EXPERIMENT 6: ZENER DIODE/POWER SUPPLY . . . . . . . . . . . 39 EXPERIMENT 7: SILICON-CONTROLLED RECTIFIER . . . . . . . . . 45 EXPERIMENT 8: LOGIC CIRCUITS . . . . . . . . . . . . . . . . . . . . 51 EXPERIMENT 9: DIGITAL ARITHMETIC CIRCUITS . . . . . . . . . . . 59 EXPERIMENT 10: OPERATIONAL AMPLIFIERS . . . . . . . . . . . . . 65 EXPERIMENT 11: BRIDGE CIRCUITS . . . . . . . . . . . . . . . . . . . 73 EXPERIMENT 12: ELECTRONIC OSCILLATORS . . . . . . . . . . ...

1) Transfer of data via usb 2) Display the transferred data (eq sine wave) onto the screen 3) triggering 4) Amplitude and frequency measurement 5) time and amplitude division adjustment 6) Able to simulate a periodic sine wave

Hi magdycz55, I noticed your profile and would like to offer you my project. We can discuss any details over chat. Would like to know if you have appropriate test equipment such as high res oscilloscope, etc. Would like to lay out an ARM server board in nano itx format. reasonable amount of in house experience to answer all questions thoroughly

Hi ahmedmohamed85, oscilloscope and spectrum analyser using Zybo Zynq™-7000 Development Board and matlab

Hi ahmedmohamed85, I noticed your profile and would like to offer you my project, digital oscilloscope project using Zybo Zynq-7000. We can discuss any details over chat.

Hi, I am a college student and I am currently trying to automate a testing procedure so that I can stop doing it manually. In our college lab we have two keithley 2410 sourcemeters and 1 LC574A Lecroy oscilloscope and one NI GPIB USB HS Network adapter. I would like to connect these devices together and use a NI GPIB-USB adapter to connect to my laptop and write Excel VBA to control all of these devices. I have no experience of connecting such devices together and automating data acquisition using Excel VBA through GPIB. And I am little bit short on time therefore learning curve would be a little bit time consuming. I need somebody help and guide me through the process (what software and drives to install in my laptop) and write the Excel VBA to that sends commands and gets the re...

Main Program Your aim is to develop some software that turns your Discovery board into a USB-controlled signal generator. The signal generator should be able to generate three different types of signal:  A constant voltage, with configurable amplitude.  A sine wave, with configurable amplitude and frequency.  A square wave, with configurable amplitude and frequency. The follo...that turns your Discovery board into a USB-controlled signal generator. The signal generator should be able to generate three different types of signal:  A constant voltage, with configurable amplitude.  A sine wave, with configurable amplitude and frequency.  A square wave, with configurable amplitude and frequency. The following three figures show how these signals should look on an oscilloscope...

Project: small PCB hw and fw design with 4 AD9106 DDS chips an Ardunio nano controller plugged into the board with the firmware. Goal: generating 16 pcs. of sine signal at a given phase relationship (with at least 1 deg resolution 0-360 deg range) to e...interface for setting up the (common) frequency and phase of each signal related to the master channel. External 10MHz REF input is required. No output filtering is necessary (using higher bands) REF in signals on SMA connector, Out signals on high density SMB connectors. Operating from standard laptop power supply (up to 19V) Preferred PCB size 100x100mm. Test procedure: with multi channel oscilloscope and measure the frequency and the phase of the given set up. Shipment: 2 pcs. of tested modules to final destination Califo...

...schematic diagram created in ISIS. 3-Simulate your circuit design from ISIS using Proteus VSM, to confirm correct operation. 4-Create a PCB layout for your circuit using ARES, and have the PCB made for you by the electronics technicians. 5-Construct your circuit on PCB, using components available from electronics stores. 6-Test your circuit in the laboratory, making appropriate measurments on oscilloscope and then a PC. 7-Document your results in a report, and submit your report and your circuit as described. >>>>>>>>>>>>>>>>>>>>>> Report must have: 1-Circuit design description including references to source material and incorporating design calculations. 2-Simulation results, generated using Proteus VSM...

Software based oscilloscope using Artix-7 Nexus 4 board. Requirement: all common oscilloscope features. Hardware: Read signal input from ADC, buffer and pass the signal to PC for processing and display on UI. UI: Using the data received from Artix-7 Nexus 4 board, process and display it. the UI shall allow user to adjust time and voltage scale, the data should be store in PC. Only code needed.

...intersymbol interference is still a challenging problem.  Experimental Environment: An oscilloscope with signal transmitter.  Experimental Steps: 1. The signal strength of electromagnetic wave decreases as it moves away from the BS. This can be easily observed by students using either a simulation framework or any hardware testbed. 2. All wireless channels become prone to ISI when the data transfer rate becomes very high. Students will cause this phenomenon to occur in the laboratory through a controlled increase of the data transfer rate and the distance of the receiver for the wireless channel of specified frequency using signal transmitter. 3. Next, connect the transmitter to the oscilloscope and observe the “eye map” that is displayed on th...

Hi, I'm looking for experienced engineer who have experience in developing portable system boards with OMAP, ATMEL etc.; flash memories, wifi modules, Ethernet, etc. This project required knowledge and ability to work in Mentor Graphics. The engineer should have strong knowledge in: 1. Lay-outi...boards with OMAP, ATMEL etc.; flash memories, wifi modules, Ethernet, etc. This project required knowledge and ability to work in Mentor Graphics. The engineer should have strong knowledge in: 1. Lay-outing 8 layers boards and preparing Gerber files OR 2. Developing schematic We have Schemes, Gerbers, BOMs and Real prototype. The project requires to measures prototype with oscilloscope, analyzing, supporting, making updates, optimizing. The budget will be ...

Hi, I'm looking for experienced engineer who had worked with portable pulsed PS. Also, this project required knowledge in Mentor Graphics and planar transformers. The engineer should have strong knowledge in PS development, measurements, debugging, etc. We have 3D model, Schemes, Gerbers, BOM and Real prototype. The project requires to measures prototype with oscilloscope, analyzing, supporting, making updates, optimizing and getting better parameters.

The candidate must dsign an electronic board. The FDT must be obtained through the comparison of some products (that we already have) with tester and oscilloscope. For an electronics engineer or an experienced consultant it's a super simply work. Necessario progettare una scheda elettronica. La funzione di trasferimento si dovrà ricavare osservando con l'oscilloscopio alcuni prodotti che saranno inviati. Progetto molto semplice.

I would like to hire a talented individual who can design/produce a compact circuit prototype with the following specifications: Specifications: *Circuit should be no larger than a deck of playing cards *input 9v DC battery *output: Waveform square alternating current Output Voltage +-50 V peak into 1k Ohm load, with variable control Output Pulse Rate (Frequency) ...not exceed $50 in materials to build (if it does, prior communication is needed to address this issue). I say this because there are plenty of TENS unit that retail for less than $50. A simple invoice will need to be generated and approved by me prior to buying parts. Reciepts will be needed. You must have your own necessary equipment to build and test the prototype (solder pen, voltmeter, oscilloscope...

Only people with engineering background apply as i need someone who knows oscilloscope and knows how to write project management report.