Circuitmakertrabajos
Project Title: AMP Schematic Platform: Circuit Designer (Like CircuitMaker, Circuitlab, 4PCB, Tinkercad or equivalent circuit designer) Parts list: 1. PEMENOL PWM signal generator $ 12 2. Output MOSFET switch $ 32 3. Low-side MOSFET driver $ 3 4. Power Transformer $ 56 5. Case $ 45 6. High voltage electrolytic capacitor $ 16 7. Diode bridge rectifier $ 3 8. Other parts (wires, pins, switch, power cord, resistors, capacitors $ 10 ___________________________________ Total: $ 177 Here is the link to a Google Sheet with all the...
I need an experienced expert to draw a small circuit according to instruction on CircuitMaker and generate PCB according to rules, provide report and detail analysis of the circuit
I need an expert who can use CircuitMaker to design a circuit and generate PCB according to PCB design rule, analysis, manufacturing report and detail design report. Must be an experienced expert in CircuitMaker.
Implementing a Tic Tac Toe game using Digital Logic (DLD) Note: Only using circuitmaker software other software is not acceptable.
Need an expert with Circuitmaker and logic aid
Got a project where I need to extend a USB Type C via a circuit board. Require someone to route the schematic and PCB. There are only 2 components, the socket and plug. I have been advised that there is no need for any other components to extend the USB Type C. Using Wurth components 632723300021 and 632712000021. Will require doing it in CircuitMaker (it is all I have access to, and will be moving mount points later on, though no traces will be moved). Attached are photos of the PCB with 1.25mm grid. The PCB is set up with 4 layers. Don't want to go above this layer count. If an extra 1mm is required that is fine. Would like this done within the next few days ready for prototype manufacture.
Got a project where I need to extend a USB Type C via a circuit board. Require someone to route the schematic and PCB. There are only 2 components, the socket and plug. I have been advised that there is no need for any other components to extend the USB Type C. Using Wurth components 632723300021 and 632712000021. Will require doing it in CircuitMaker (it is all I have access to, and will be moving mount points later on, though no traces will be moved). Attached are photos of the PCB with 1.25mm grid. The PCB is set up with 4 layers. Don't want to go above this layer count. If an extra 1mm is required that is fine. Would like this done within the next few days ready for prototype manufacture.
4-parts designing (decoder + MUX) 74LS138, 74LS153, 74LS157 ICs milestones will be divided into 5 stages, per part and then by fully completing all parts. e.g. part 1 $10 part 2 $10 part 3 $10 part 4 $10 part finished all $20 details of design will be shared to the shortlisted freelancers only after making their offers.
I need help with finishing my PCB. I am searching for help with USB routes between my Micro USB socket and my FTDI chip. The USB routes go through 40mm FFC. I am using CircuitMaker PCB software. I can send over Gerber and JPEGs or add you to team. Should not take more than 5-10 mins.
Hi everquinones! I'm looking for a freelancer to collaborate on a private Audio DSP project in CircuitMaker or DesignSpark. Do you have any spare time at the moment? David.
Hello, I am an Electrical Engineer myself but my work hours are keeping me from doing a side project that I have been working on for a while. The circuit function would be that a microcontroller(STM32F030K6T6, 8MHz) asks (i2C) for current reading from a current sense IC(PAC1710-1-AIA-TR, 10mOhm Sense Resistor). Moreover, the microcontroller also control a tri color LED (SSL-LX5097SISGSYC) from a GPIO pin. Another GPIO pin of the microcontroller will also turn ON/OFF a MOSFET (BSS806N H6327) to control power on a 500mA load. Finally, Microcontroller is also connected to a capacitive touch IC (MTCH101-I/OT) to detect human touch. I would like you to use CirucuitMaker (free) from Altium and then I will add you as a team member to my project so that you can do the PCB Layout for me. As you can...
Urgent - I need this done within 12 hours I would like the following circuit constructed in CircuitMaker: Using switches and lights for data input and display. The simulation must carry out the operation X + Y -> X. I also need a table of control switch settings which carry out the operation described. Please clearly label everything in the circuit so that I am able to fully understand how the circuit works.
I would like the following circuit constructed in CircuitMaker: Using switches and lights for data input and display. The simulation must carry out the operation X + Y -> X. I also need a table of control switch settings which carry out the operation described. Please clearly label everything in the circuit so that I am able to fully understand how the circuit works.
I would like the following circuit constructed in CircuitMaker: Using switches and lights for data input and display. The simulation must carry out the operation X + Y -> X. I also need a table of control switch settings which carry out the operation described. Please clearly label everything in the circuit so that I am able to fully understand how the circuit works.
I would like the following circuit constructed in CircuitMaker: Using switches and lights for data input and display. The simulation must carry out the operation X + Y -> X. I also need a table of control switch settings which carry out the operation described. Please clearly label everything in the circuit so that I am able to fully understand how the circuit works.
Hi, Using the software CircuitMaker, I need 2 simple circuits designed to simulate: a) the 4-bit register with tri-state outputs 74LS173 () and b) the 4-bit ALU 74LS181. () Please use logic switches to input data and logic displays to show outputs. You should also use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further.
Hi, Using the software CircuitMaker, I need 2 simple circuits designed to simulate: a) the 4-bit register with tri-state outputs 74LS173 () and b) the 4-bit ALU 74LS181. () Please use logic switches to input data and logic displays to show outputs. You should also use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further.
Hi, Using the software CircuitMaker, I need a simple circuit designed to simulate the 4-bit register with tri-state outputs "74LS173": Please use logic switches to input data and logic displays to show outputs. You should also use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further.
Hi, Using the software CircuitMaker, I need a simple circuit designed to simulate the 4-bit ALU 74LS181. Please use logic switches to input data and logic displays to show outputs. You should also use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further. I was able to find some information about the circuit by searching the internet:
Hi, Using the software CircuitMaker, I need 2 simple circuits designed to simulate: a) the 4-bit register with tri-state outputs 74LS173 and b) the 4-bit ALU 74LS181. Please use logic switches to input data and logic displays to show outputs. You should also use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further. I was able to find some information about them both by searching the internet: a) and b) You may choose to base your circuits from the information in those documents, or you can do your own research.
Hi, Using the software CircuitMaker, I need 2 simple circuits designed to simulate: a) the 4-bit register with tri-state outputs 74LS173 and b) the 4-bit ALU 74LS181. Please use logic switches to input data and logic displays to show outputs. You should also use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further. I was able to find some information about them both by searching the internet: a) and b) You may choose to base your circuits from the information in those documents, or you can do your own research.
Hi, Using the software CircuitMaker, I need 2 simple circuits designed to simulate: a) the 4-bit register with tri-state outputs 74LS173 and b) the 4-bit ALU 74LS181. Please use logic switches to input data and logic displays to show outputs. You should also use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further. I was able to find some information about them both by searching the internet: a) and b) You may choose to base your circuits from the information in those documents, or you can do your own research.
Using the software CircuitMaker, I need 2 simple circuits designed to simulate: a) the 4-bit register with tri-state outputs 74LS173 and b) the 4-bit ALU 74LS181. Please use logic switches to input data and logic displays to show outputs. You should use 4-bit data items and pathways. Also include labels so that I can fully understand how the circuit works, and so that I can investigate and study it further. I was able to find some information about them both by searching the internet: a) and b) You may choose to base your circuits from the information in those documents, or you could do your own research.
I would like the following circuit constructed in CircuitMaker: Using switches and lights for data input and display. The simulation must carry out the operation X + Y -> X. I also need a table of control switch settings which carry out the operation described. Please clearly label everything in the circuit so that I am able to fully understand how the circuit works. ## Deliverables requirements notice: As originally posted, this project does not have complete details. Should a dispute arise and this project go into arbitration "as is", the contract's vagueness might cause it to be interpreted against you, even though you were acting in good-faith. So for your protection, if you are interested in this project
