Cmos amplifier designεργασίες

Hi rsdevelopers, I noticed your profile and would like to offer you my project. We can discuss any details over chat. We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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 ...

Hi dsnejko, I noticed your profile and would like to offer you my project. We can discuss any details over chat. We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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...

Hi dgolovanov, I noticed your profile and would like to offer you my project. We can discuss any details over chat. We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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 fl...

We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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

We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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

We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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

Hi sagradoamicus, I noticed your profile and would like to offer you my project. We can discuss any details over chat. We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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...

Hi toanluloi, I noticed your profile and would like to offer you my project. We can discuss any details over chat. We are trying to design an optical remote flash slave. Basically what this device will allow us to do is trigger off camera flashes places in different locations. The main camera flash is connected with electrical cable to the camera. The off camera flashes will be connected to the optical remote 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 fla...

Invite offer from Electronic experts for a RTD sensor -pt100 amplifier maximum noise reduction and having gain control. The temp range shall be -5 to +100 degree centigrade with .2 accuracy . The amplifier shall have different pots to calibrate at min temp and max temp.

details will be provided to suitable freelancer

details will be provided to suitable freelancer

details will be provided to suitable freelancer..happy bidding

Looking for a person to do a simple project for Designing and simulation of an audio amplifier using Orcad PSpice. Need it done in 2 days so people who are available during this time only those should apply.

...Embedded C programming, Si-Labs IDE Building automation includes centralised Microcontroller based controlling system. Building automation makes things simpler which are used in home, like switching ON/OFF lights, fans, LPG gas leakage alarming and water valve controlling etc. vi. Pre-Amplifier Design for constant Current Transmission Design Team ORCAD vii. Solar Tracking System using Signal Microcontroller Firmware Team Embedded C programming, Si-Labs IDE Involved to design and develop the Firmware and Hardware of Solar Tracking System. Solar Panel is placed on the stepper motor. The motor rotates with respect to the sun position using LDR array. viii. PC based Data Acquisition System by using SPI & I2C protocols...

Our product is a digital scale that will be connected via a wire to a standalone display indicator that will be displaying a derived metric from the weight measured. The indicator will include a LCD display with a specific design, along with 4 input buttons, and a controller. The digital scale includes four load cells forming a full bridge strain gauge circuit, connected to the controller through an analog to digital amplifier. The task will include designing the PCB Layout, PCB Design, Power Design, Analog Design, Digital Design, Systems-on-a-Chip. Our offer is 1500$ to complete the project.

Our product is a digital scale that will be connected via a wire to a standalone display indicator that will be displaying a derived metric from the weight measured. The indicator will include a LCD display with a specific design, along with 4 input buttons, and a controller. The digital scale includes four load cells forming a full bridge strain gauge circuit, connected to the controller through an analog to digital amplifier. The task will include designing the PCB Layout, PCB Design, Power Design, Analog Design, Digital Design, Systems-on-a-Chip. Our offer is 800$ to complete the project. A Skype interview is required before getting an offer.

Pspice work needed for audio amplifier its not that difficult let me know if you are interested so i can send you the rest of the details.

Requirements: 1. Connect the engineered device to the mobile phone's jack output 2. The device has to have an analog button to amplify the signal (like the volume button on a radio). Amplify the voltage, range 10V-100V. 3. Another button / switch to change the sinus sound waves to square waves. (on or off) The power source of the device is a small battery (Li-ion, AA or 9V). The output is also a jack socket (mono).

Bugs 1. After bulk uploading a number of products some products are not showing and is hanging. The problem is the batteries for electronics section. An example of this is I need someone to debug the issue and correct the problem. Other categories and products are loading fine. Need this done quickly so please only bid on the job if it can be done today.

Published fiction author hiring editor for paranormal erotic (explicit, not smut) romance (most books are gay romance). Candidate must be fluent with CMOS and a native English (US preferred, but UK fine as well) to catch all the nuances and slang in author’s writing. Must submit with proposal: -Per word or page pricing and what that includes -Normal turnaround time on edits or current work load (i.e. editor normally has a 3 week wait, etc). -Books/author references of previous work There will be a $10 chapter test to qualify for trial run on full books. Knowledge of eBook and print formatting along with JUTOH like conversion is desired, but not required.

I have tried to make an amplifier circuit and i have made the circuit completely but due to some issues i am not getting an output signal or sound when i am connecting to the speaker. I would like some one to take up the project , detect the problem and rectify it. I will provide the circuit diagram, the circuit along with the power supply unit and a speaker for testing purpose.

Develop a PCB capable of: - Wifi audio streaming - Bluetooth audio streaming - Multiroom synchro streaming between multiple speakers - Digital to analog converter - Audio amplifier - Power (DC and/or Li-po Battery)

Interlink an amplifier, FM player with speakers.

Hello, We have developed a homepage (externally) and there are some issues to be fixed. 1. Space between amount and currency everywhere (now it is in some places for products but not everywhere)...there are some issues to be fixed. 1. Space between amount and currency everywhere (now it is in some places for products but not everywhere) 2. Product images size and proportions, should be same everywhere (except single product, can be larger). Images should display as they are in media library (proportions). 3. Structure (landing) order in single product page (product/amplifier) and (accessories). 4. Editor in product menu categories. There is for all pages but not for the product categories. Should be an editor Site has Woocommerce Re...

Hello, We have developed a homepage (externally) and there are some issues to be fixed. 1. Fix Revslider issue 2. Space between amount and currency everywhere (now it is in some places for p...Fix Revslider issue 2. Space between amount and currency everywhere (now it is in some places for products but not everywhere) 3. Product images size and proportions, should be same everywhere (except single product, can be larger). Images should display as they are in media library (proportions). 4. Structure (landing) order in single product page (product/amplifier) and (accessories) 5. Editor in product menu categories. There is for all pages but not for the product categories. Should be an editor Regard...

Requirements: 1. Connect the engineered device to the mobile phone's jack output 2. The device has to have an analog button to amplify the signal (like the volume button on a radio). Amplify the voltage, range 10V-100V. 3. Another button / switch to change the sinus sound waves to square waves. (on or off) The power source of the device is a small battery (Li-ion, AA or 9V). The output is also a jack socket (mono).

Hello, We have developed a homepage (externally) and there are some issues to be fixed. 1. Fix Revslider issue 2. Space between amount and currency everywhere (now it is in some places for products ...1. Fix Revslider issue 2. Space between amount and currency everywhere (now it is in some places for products but not everywhere) 3. Product images size and proportions, should be same everywhere (except single product, can be larger). Images should display as they are in media library (proportions). 4. Structure (landing) order in single product page (product/amplifier) and (accessories) 5. Editor in product menu categories. There is for all pages but not for the product categories. Should be an editor Re...

Hello, We have developed a homepage (externally) and there are some issues to be fixed. 1. Fix Revslider issue 2. Space between amount and currency everywhere (now it is in some places for p...Fix Revslider issue 2. Space between amount and currency everywhere (now it is in some places for products but not everywhere) 3. Product images size and proportions, should be same everywhere (except single product, can be larger). Images should display as they are in media library (proportions). 4. Structure (landing) order in single product page (product/amplifier) and (accessories) 5. Editor in product menu categories. There is for all pages but not for the product categories. Should be an editor Regard...

We are a small startup looking to move and upgrade some circuits to a new current regulator include Buck converter with CMOS process. New design should keep/ improve functionalities and comply to specs. Main skills that we are looking for: -Analog / Analogue Mixed Signal Design -CMOS / DMOS / current regulator with Buck converter -EDA environement: cadence PDK 5.x please give us informations on your experience in IC Design

DESIGN IN HSPICE USING 32nm TECHNOLOGY a 32 BIT ARRAY MULTIPLIER AND 32 BIT CARRY LOOK AHEAD ADDER USING CMOS AND AS WELL AS GDI TECHNIQUE AND COMPARE AREA,POWER AND DELAY BETWEEN THE CMOS TECHNOLOGY AND GDI TECHNIQUE.

Παρακαλούμε Κάνε Εγγραφή ή Κάνε Είσοδο για να δεις λεπτομέρειες.

...this quartz crystal aerial would receive would go through electronic circuit to which end result would be sound which I would like to connect to speakers- speakers have their own amplifier. Output channel of this electronic circuit would be on 2 channels – left channel and right channel. I am not sure about output impedance Output from circuit designed by you I would like to use on speaker system Logitech X 5030, 5.1 speaker system, however only on front speakers, particularly front left and front right, other channels of this 5.1 system I would not use. At beginning I would need some electric diagram design please and it’s brief explanation to me. I have electrotechnical education myself to understand such explanation, however I do not deal wi...

I'd like to use Raspberry Pi 3 as web radio player for multi-room. It will be connected to 3 stereo audio amplifier (2x15W MAX). Each one must be independent settable volume and ON/OFF. At display must be show name of select web radio. All settings (select radio station, volume for each output, ON/OFF for each output) must be select by android app via WiFi not BT. It need to project also amplifier + other HW what is needed. Your job is only to create schematic (component from farnell) Design board is my job. Schematic can be done in PDF of better EAGLE 5.6.0 format.

- Need to discuss the project before acceptance... This project is a Electrical-software design type project. You must know feedback control systems to do it. Experience programming DSP's is a must in C language. Digitla Electronics design is also a must to do this project and understanding of interface of ADC, DAC and DSP's. I have a servo amplifier which drives a servo motor, I need to replace the analog PID controller section of the electronics with DSP. The servo is basically a close loop system. Two sections of the current design will be kept, a) the Feedback interface and the plant. The rest will be replaced by the DSP Controller. You need to have good understanding of PID Controllers to do this project. More details can be provided as need...

- Need to discuss the project before acceptance... I have a servo amplifier which drives a servo motor, I need to replace the analog PID controller section of the electronics with DSP. The servo is basically a close loop system. Two sections of the current design will be kept, a) the Feedback interface and the plant. The rest will be replaced by the DSP Controller. You need to have good understanding of PID Controllers to do this project. More details can be provided as needed.

Required Skills : PLEASE ONLY APPLY IF YOU HAVE THE BEOW SKILLS : Mixed-Signal IC Design, VLSI Data Converters, Memory IOs (DDRx,LPDDRx, GDDRx, XDR, Mobile), Serial Links, CMOS RF, MEMS and Image Sensors Hi, There are three parts to this product. CYMATIC G infinity : Containing : Cluster Head (MASTER NODE) : Tubular Shaft shape Slave (LOGIC BOARD) : full fledged PC + Arduino 101 + Cellular +Wireless +Bluetooth 2- Meta-hub 3- Sensors The shape for all the above products will be in Sphere(Ball shape ) in three size -Large-medium-Small . Sensor will be the smallest . From the sensor to the interrogation system or data logger system(CYMATIC G infinity) I have provided a design for anttena in the CYMATIC unit , it will provide a 36...

PCB Gerber design for a single board with the following features not greater in size than 2.5"X1.5". Battery and power requirements are not very critical right now but a 500 mAh, 3.7V battery should be able to drive the circuit. 1. 2 low noise analog input channels with 10 bit ADCs sampling at 500 Hz each for typically measuring signal less than 1mV 2. Both analog channels need to have programmable gain with very low noise amplifier. 3. 9 DOF accelerometer 4. Temperature sensor (preferably digital IR). 5. HW timer circuit for on board analog signal analysis 6. Integrated BT4.0/WiFi chip for wireless communication to external devices and web 7. E-ink display with touch screen and watch functionality (optional)

Create an image of a stereo amplifier that looks realistic working from scale drawing of the front panel and a photo of a commercial amplifier

Create an image of a stereo amplifier that looks realistic working from scale drawing of the front panel and a photo of a commercial amplifier

...Project Description: The goal is the design of a 4-bit adder. Inputs are two 4-bit numbers A & B. Output is 4- bit sum and a carry. 5. Step-by-Step Description: First Step: - Start with the design of a minimum sized inverter, i.e., Lp = Ln = Lmin = 250 nm, and Wp = Wn = Wmin = 350 nm. Simulate the circuit schematic. From the voltage transfer characteristic, identify the switching voltage VM and the noise margins. - Gradually increase the width of the PMOS transistor as multiple of Wn, i.e., use Wp = 2Wn, Wp = 3 Wn, …. etc until you reach a matched inverter. Verify that the inverter is indeed matched by showing that VM ≈ VDD/2. - The size of the PMOS transistor in the matched inverter will be used to specify the size of all transistors in the ...

...energy conversion in CMOS circuits which is necessary to represent the change of signal value. There is one irreversible energy conversion where electrical energy can be converted into heat. To change this one way conversion, there has been introduction of another form of energy called “ Magnetic field energy”. This is often referred as Energy –recovery model. This is not possible for the circuits running with Dc power. So, it is very necessary to study the circuits running with AC power which acts as a clock. There is another method called “Adiabatic Switching”. This is used to reduce the energy dissipation. Clocked CMOS circuits having gradual rising and falling power clock are expected to save more energy. Top...

The user should be able to control the process easily and edit the temperature for the hotend easily. The user edits the program to the temperature he...temperature for the hotend easily. The user edits the program to the temperature he wants. The hotend heats up --> The Hotend melts the compound -->the compound-fluid drops on the scale. Code/ wiring for Arduino Uno (Windows): - Control a Hotend (Thermal Resistor Vishay Power Resistor 6,8 Ohm/3 Watt Thermistor: Honeywell, 100k, Toleranz: 5% ) - read weight from a load cell ( over sparkfun HX711 amplifier) - Control fans for cooling (just on/ off, 2 * 12V DC ) - time the time from starting the program to the end of the program - write data ( Temperature, time, weight) over usb to windows - no LCD - start program ...

...receiver. Transmitter has CW laser array with 8 output ports which has equally spaced emission frequency starting from 193.1 and with frequency spacing of 100 GHz, data modulator and the optical multiplexer. Data modulators are connected to each ouput port of CW laser array then signals from data modulator is fed to 8 input ports optical multiplexer having bandwidth 100GHz. EDFA (Erbium doped fiber amplifier) is placed after every fiber to compensate the losses of the fiber with constant noise figure. DWDM system is analyzed for two compensation schemes (Pre Compensation and Post compensation). Fig.2 (a) shows, pre compensation scheme in which DCFis placed before the SMF to compensate the dispersion and nonlinearities and two inline EDFA are also used. Fig.2 (b) shows, post com...

...receiver. Transmitter has CW laser array with 8 output ports which has equally spaced emission frequency starting from 193.1 and with frequency spacing of 100 GHz, data modulator and the optical multiplexer. Data modulators are connected to each ouput port of CW laser array then signals from data modulator is fed to 8 input ports optical multiplexer having bandwidth 100GHz. EDFA (Erbium doped fiber amplifier) is placed after every fiber to compensate the losses of the fiber with constant noise figure. DWDM system is analyzed for two compensation schemes (Pre Compensation and Post compensation). Fig.2 (a) shows, pre compensation scheme in which DCFis placed before the SMF to compensate the dispersion and nonlinearities and two inline EDFA are also used. Fig.2 (b) shows, post com...

We have a cmos camera (Terasic TRDB-D5M) and FPGA development kit (DE2-115). In fact, we have a demo project. But in this project, the image is transferred to the monitor via the VGA port. Also, the image resolution is 640x480 or 800x600 and frame rate is about 30 fps in this demo project. Camera supports 5 MP and up to 70 fps. The expected from the project are as follows: -- we want to use the existing features of the camera (5 MP or 70 fps). -- we want to send the images to a computer over ethernet port. Please contact me for questions.

I need to build a circuit for a photodiode very similar to a pulseoximeter.

...volts” • Once input voltage rises above Volts_restart D10 goes low • A2 reads temp_1 from 10K NTC • A4 reads temp_2 from 10K NTC • If temp_1 and or temp_2 is above O_temp_threshold D10 goes high and LCD displays “over temp” • Once temperature drops by 5 degrees D10 goes low • Temp_1 and temp_2 will also control the duty cycle of a fan through D9 • A3 reads input current from a current amplifier • Input current is displayed on LCD as amps • If input current exceeds I_in_max D10 goes high and LCD displays “over current” • If input current exceeds I_in_high for more than 3 seconds D10 goes high and LCD displays “over current” • If input current is above 5 different levels the ...

El proyecto consiste en diseñar o modificar un driver para un sensor de imagen CMOS para utlizarlo con un micro iMX6 de NXP (anteriormente Freescale). El iMX6 es un quad core ARM9. Corre un sistema Linux basado en Yocto.

Analayzing circuits must br fimiliar with BJT MOSFET Couple of circuits to solve - timed -

please note that the project is attached.