Design a RF rectifier circuit for fabrication
Budget: $30 – $250 USD
Hello Everyone,
I want to design an RF Energy harvesting circuit. Therefore, I would like to develop a simple circuit on Keysight ADS, do the simulation, and get the expected results before fabrication. If any of you could help me design the circuit with higher efficiency and dc output voltages then it would be a great help. I would be paying more than the above-mentioned price if someone could help me complete it within 2-3 days with all the requirements fulfilled.
Here are the requirements for my circuit.
1. The rectifier should be of dual-band that can operate at two different frequencies of
900 MHz and 1800 MHz.
2. I will be using an antenna of 50 Ohm as an RF source. Thus, the impedance
matching between the rectifier and the antenna should be able to handle those two
operating frequencies without reflection.
3. The RF-to-DC power conversion efficiency of the rectifier should be in the acceptable
range at different power spectrums.
4. I would need the simulated results, schematic layout, substrate design, and Gerber
files for the fabrication. Also, an Excellon drill layer for the holes is expected. A third file with the board outline is expected as well.
Please inform me immediately if any of you can do the job, and I will be sharing every detail then. The circuit is pretty simple and looks similar to the circuit shown below. However, anything with good results is preferable.
Best, Shyam
I want to design an RF Energy harvesting circuit. Therefore, I would like to develop a simple circuit on Keysight ADS, do the simulation, and get the expected results before fabrication. If any of you could help me design the circuit with higher efficiency and dc output voltages then it would be a great help. I would be paying more than the above-mentioned price if someone could help me complete it within 2-3 days with all the requirements fulfilled.
Here are the requirements for my circuit.
1. The rectifier should be of dual-band that can operate at two different frequencies of
900 MHz and 1800 MHz.
2. I will be using an antenna of 50 Ohm as an RF source. Thus, the impedance
matching between the rectifier and the antenna should be able to handle those two
operating frequencies without reflection.
3. The RF-to-DC power conversion efficiency of the rectifier should be in the acceptable
range at different power spectrums.
4. I would need the simulated results, schematic layout, substrate design, and Gerber
files for the fabrication. Also, an Excellon drill layer for the holes is expected. A third file with the board outline is expected as well.
Please inform me immediately if any of you can do the job, and I will be sharing every detail then. The circuit is pretty simple and looks similar to the circuit shown below. However, anything with good results is preferable.
Best, Shyam