I am in need of a seasoned developer with proficiency in working with RF modules and LoRa technology, or similar, to create a system that can compute the distance between two RF modules. I am seeking a skilled developer to create a system that calculates the distance between two RF modules using LoRa technology or a similar module. The system should operate within the 2.4 GHz or sub-GHz frequency bands. Required precision of the measured distance in outdoor environment is 10 meters (can be 100 meters in the first version). If you have expertise in RF communications and embedded software development, I encourage you to bid on this project.
I'm seeking an experienced Electrical Engineer to meticulously route clock, data, and address signals on a high-speed DDR3 PCB in KiCAD, ensuring the design successfully operates at a target frequency of 1 GHz. Key Requirements: - Expertise in high-speed PCB design, specifically DDR3 - Proficiency with KiCAD - Previous experience working on projects with 1 GHz target frequencies - Experience in impedance control for critical signal paths I have a current board that uses an Allwinner D1 module, and I need to transition it to use the actual SOC, RAM, PMICS, and SD card holder. I need the exact module; it was just placed on the board. The board should be complete in KICAD ONLY. Here is the starting point, you *must* use this as your starting point:
I'm seeking an experienced RF design engineer to partner for lab project involving: Design of discrete circuit transmitter with specific RF performance requirement that shall be provided as needed. From the DAC outpu...performance details related to link budget RF chain analysis, inter modulation and harmonic distortion using RF/microwave circuit synthesis and simulation software for circuit board and subsystem designers called "Genesys" Desirable Skills and Experiences: - Proven experience in the field of electronics. - Expertise in RF circuit and antenna designing. - Knowledge of medium frequency range (1 GHz - 10 GHz) in RF circuit and antenna design. With your extensive knowledge in Electronics, your skills will play a pivotal role in the development of...
The project will be done in 2 parts , 1- controlling adf4356 rf synthesizer with matlab code and arduino uno hardware. The work will be done and tested on my hardware using TeamViewer. 2- Controlling mcp3424 and matlab in a loop such that the rf synthesizer generates the frequencies from 0.5 to 1.5 ghz with controllable output power. The mcp 3424 module reads those signals. The code for mcp module reading will be provided, which you can integrate in your adf code in Matlab.
The function (I didn't write it): input: Path of a video file. [would be nice to also allow audio files] output: Array of the volume of all frames o...(I didn't write it): input: Path of a video file. [would be nice to also allow audio files] output: Array of the volume of all frames of the file. PHP Version 7.2.34 Edition Windows 10 Home Version 22H2 Installed on 11/7/2020 OS build 19045.4170 Experience Windows Feature Experience Pack 1000.19054.1000.0 Device name DESKTOP-TBNFM6D Processor Intel(R) Core(TM) i3-10100 CPU @ 3.60GHz 3.60 GHz Installed RAM 8.00 GB (7.85 GB usable) Device ID 0334C4DF-2DEE-401E-A453-E30F4EB12586 Product ID 00325-81840-60585-AAOEM System type 64-bit operating system, x64-based processor Pen and touch No pen or touch input is ...
...achieves a significantly high antenna gain by leveraging radiations through multiple slots placed at half-wavelength distances. The effects of slot placement, position, and configuration on the waveguide play a critical role in optimizing antenna radiation at a given frequency. The objective of this project is to design a Slotted Waveguide Array (SWA) in the X Band [8 GHz-12 GHz] with a centre frequency of operation set at 10 GHz. The general goal is to optimize the to performance for example at least achieve a reflection coefficient |S11| <-10 dB which is a good indicator for impedance matching. To achieve this goal you need to consider all the above parameters in order to achieve the required outcome, remember that is a minimum required but further optimisation...
...frequency option ) So the model should select the optimal path to the receiver and the optimal Bandwidth and frequency selection to minimize the energy consumption. I already did the mathematical model and I know the behaviour of the model and I need the RL model to have the same behavior. when the maximum cluster size is too small (1mm *1mm), the sensor nodes select a higher BW option ( e.g. 100 GHz) that would consume less energy compared to a smaller BW option. Still, it can only be used for short distances, up to D_max=11 mm. When the D_max increases, selecting a higher BW will not be optimal because the achieved channel rate is less than the required data rate. Therefore, lower BW should be used at longer distances, with the price of consuming higher energy due to longer ...
...frequency option ) So the model should select the optimal path to the receiver and the optimal Bandwidth and frequency selection to minimize the energy consumption. I already did the mathematical model and I know the behaviour of the model and I need the RL model to have the same behavior. when the maximum cluster size is too small (1mm *1mm), the sensor nodes select a higher BW option ( e.g. 100 GHz) that would consume less energy compared to a smaller BW option. Still, it can only be used for short distances, up to D_max=11 mm. When the D_max increases, selecting a higher BW will not be optimal because the achieved channel rate is less than the required data rate. Therefore, lower BW should be used at longer distances, with the price of consuming higher energy due to longer ...
...two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 is 6 GHz). I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. 8. More professional appearance is preferred: The audience for these graphics are professional people, such as engineers. 9. Please do not use pink or purple in the color schemes. Variants of blue have the best appearance on our website (which has a blue theme) but I...
I'm seeking top-of-the-line engineers who are fervently skilled in antenna design, particularly in the mm-wave frequency band (24–31 GHz). My primary aim is to create a semi-flexible two-port (MIMO) antenna with dual (CP) specifically tailored for wearable applications in biotechnology. Key Features Required: - Small size: The antenna must be compact to be comfortably worn and integrated into the biotechnology devices. - High efficiency: Without compromising its size, the antenna should powerfully perform its functions. - Wide bandwidth: To ensure the seamless connection and representation of data, the antenna should are capable of covering a broad frequency range. Transmission Distance: - The designed antenna's transmission distance should not only cover short d...
I'm seeking an experienced RF designer with a strong background in GaAs technology to create a Low Noise Amplifier (LNA) tailored for the telecommunications industry. This project aims to develop an LNA that operates in the 8–12 GHz frequency range, with specific attention to gain, noise figure, and bandwidth specifications. **Requirements:** - **Design an LNA** within the 8–12 GHz frequency range - Ensure the **LNA meets specified criteria** for: - **Gain:** Achieve the highest possible gain within operational parameters - **Noise Figure:** Minimize noise to enhance signal quality - **Bandwidth:** Ensure broad enough bandwidth to support telecommunications applications - Utilize **Gallium Arsenide (GaAs)** technology, leveraging its benefits for high...
...connaître les conditions complètes et soumettre votre demande Informations sur le produit Marque Lenovo Numéro du modèle de l'article 82XJ001SFR séries Lenovo IdeaPad Slim 3 Chrome 14M868 Couleur Bleu Garantie constructeur 2 ans Système d'exploitation Chrome OS Description du clavier French keyboard Marque du processeur MediaTek Type de processeur MediaTek Helio Vitesse du processeur 2,05 GHz Nombre de coeurs 8 Mémoire maximale 4 Go Taille du disque dur 64 Go Technologie du disque dur eMMC Taille de l'écran 14 Pouces Marque chipset graphique ARM Description de la carte graphique Intégré Type de mémoire vi...
...connaître les conditions complètes et soumettre votre demande Informations sur le produit Marque Lenovo Numéro du modèle de l'article 82XJ001SFR séries Lenovo IdeaPad Slim 3 Chrome 14M868 Couleur Bleu Garantie constructeur 2 ans Système d'exploitation Chrome OS Description du clavier French keyboard Marque du processeur MediaTek Type de processeur MediaTek Helio Vitesse du processeur 2,05 GHz Nombre de coeurs 8 Mémoire maximale 4 Go Taille du disque dur 64 Go Technologie du disque dur eMMC Taille de l'écran 14 Pouces Marque chipset graphique ARM Description de la carte graphique Intégré Type de mémoire vi...
...connaître les conditions complètes et soumettre votre demande Informations sur le produit Marque Lenovo Numéro du modèle de l'article 82XJ001SFR séries Lenovo IdeaPad Slim 3 Chrome 14M868 Couleur Bleu Garantie constructeur 2 ans Système d'exploitation Chrome OS Description du clavier French keyboard Marque du processeur MediaTek Type de processeur MediaTek Helio Vitesse du processeur 2,05 GHz Nombre de coeurs 8 Mémoire maximale 4 Go Taille du disque dur 64 Go Technologie du disque dur eMMC Taille de l'écran 14 Pouces Marque chipset graphique ARM Description de la carte graphique Intégré Type de mémoire vi...
...connaître les conditions complètes et soumettre votre demande Informations sur le produit Marque Lenovo Numéro du modèle de l'article 82XJ001SFR séries Lenovo IdeaPad Slim 3 Chrome 14M868 Couleur Bleu Garantie constructeur 2 ans Système d'exploitation Chrome OS Description du clavier French keyboard Marque du processeur MediaTek Type de processeur MediaTek Helio Vitesse du processeur 2,05 GHz Nombre de coeurs 8 Mémoire maximale 4 Go Taille du disque dur 64 Go Technologie du disque dur eMMC Taille de l'écran 14 Pouces Marque chipset graphique ARM Description de la carte graphique Intégré Type de mémoire vi...
...connaître les conditions complètes et soumettre votre demande Informations sur le produit Marque Lenovo Numéro du modèle de l'article 82XJ001SFR séries Lenovo IdeaPad Slim 3 Chrome 14M868 Couleur Bleu Garantie constructeur 2 ans Système d'exploitation Chrome OS Description du clavier French keyboard Marque du processeur MediaTek Type de processeur MediaTek Helio Vitesse du processeur 2,05 GHz Nombre de coeurs 8 Mémoire maximale 4 Go Taille du disque dur 64 Go Technologie du disque dur eMMC Taille de l'écran 14 Pouces Marque chipset graphique ARM Description de la carte graphique Intégré Type de mémoire vi...
...connaître les conditions complètes et soumettre votre demande Informations sur le produit Marque Lenovo Numéro du modèle de l'article 82XJ001SFR séries Lenovo IdeaPad Slim 3 Chrome 14M868 Couleur Bleu Garantie constructeur 2 ans Système d'exploitation Chrome OS Description du clavier French keyboard Marque du processeur MediaTek Type de processeur MediaTek Helio Vitesse du processeur 2,05 GHz Nombre de coeurs 8 Mémoire maximale 4 Go Taille du disque dur 64 Go Technologie du disque dur eMMC Taille de l'écran 14 Pouces Marque chipset graphique ARM Description de la carte graphique Intégré Type de mémoire vi...
In a little less than 24 hours, at 6PM United States EST (New York City) time on 1/16/24, we will try to connect the item below to our PC. We need some...and how long does it take? Item: Gallstep Night Lights Bluetooth Speaker, Alarm Clock Bluetooth Speaker Touch Sensor Bedside Lamp Dimmable Multi-Color Changing Bedside Lamp, MP3 Player, Wireless Speaker with Lights https://www.amazon.com/gp/product/B07X1PTL6M/ref=ppx_yo_dt_b_search_asin_title?ie=UTF8&psc=1 PC: Device name DESKTOP-TBNFM6D Processor Intel(R) Core(TM) i3-10100 CPU @ 3.60GHz 3.60 GHz Installed RAM 8.00 GB (7.85 GB usable) Device ID 0334C4DF-2DEE-401E-A453-E30F4EB12586 Product ID 00325-81840-60585-AAOEM System type 64-bit operating system, x64-based processor Pen and touch No pen or touch input is available fo...
Need to design and analyze the performance of dual-frequency AMC with ring shape. The AMC structure should achieve high bandwidth for 0.92 and 2.4 GHz frequency. Then write report for this project
I am looking for a skilled hardware designer to design the hardware of an open smartwatch project. The ideal candidate should have experience in designing high speed hardware in GHz domain. Screen Size: Medium (1.5-2 inches) - The smartwatch should have a screen size within the range of 1.78 inches. Processor: - ULP: Single core with 2-lane MIPI DSI - 9.4 x 9.4 mm package WIFI/BLE: - Infinion CYW4343W Memory: - 1 GB of LPDDR4x - 64 GB of eMMC Peripherlas: Peripherals sould be exposed through a very small form factor dense board to board connector: - UART - I2C - SPI - JTAG Battery: I need a battery Lithium-Polymer Battery charger circute and an on board gauge IC to keep track of the battery charging level. Size: - Should be smaller than 30x35mm Skills and Experience: - Prof...
...BLP-950A to sell our new upgraded host for the system. Sample email which need improve;; Dear Customer, Exciting news for Volvo enthusiasts! Elevate your driving experience with our latest BLP-950A Host. BLP-950A 2024 Android 11 Headunit for Volvo S80, V70 and XC70.. All BLP-950A users only need to replace the host in glovebox compartment. Key Features: ● Faster Performance: 8 Core 1.8 GHz Processor for seamless performance. ● 4GB ROM + 64GB RAM ● Bluetooth 5.0 ● 4G LTE + WIFI ● Wireless Android Auto & CarPlay ● Entertainment Hub: Supports Full HD, DAB+ Tuner ● Smart Connectivity: Screen Mirroring, OBD2 Functionality, and Online Maps. ● User-Friendly: Multi-touch screen, easy UI, and customizable themes. ● Supports ADAS DVR recorder + 360 Panoramic Camera Why...
I'm experiencing slow internet speed on my laptop, hindering productivity. To resolve this issue as swiftly as possible, I require an expert in WiFi optimization who is knowledgeable in resolving such problems. No specific tasks impacted by the internet speed have been identified, though any aspect that could be affected wil...urgent - Excellent communication skills to explain the steps taken and offer tips for future reference. Notices: =========== The speed in computer is around 1 and in my phone is around 10 the solution should give similar performence. - computer is working fine - drivers are updated - i don't want to install any optimizers like ccleaner ettc. - i already tryed to set wifi in my computer to 5 ghz and it did not help - it is not a browser problem. i...
Device name DESKTOP-TBNFM6D Processor Intel(R) Core(TM) i3-10100 CPU @ 3.60GHz 3.60 GHz Installed RAM 8.00 GB (7.85 GB usable) Device ID 0334C4DF-2DEE-401E-A453-E30F4EB12586 Product ID 00325-81840-60585-AAOEM System type 64-bit operating system, x64-based processor Pen and touch No pen or touch input is available for this display Edition Windows 10 Home Version 22H2 Installed on 11/7/2020 OS build 19045.3803 Experience Windows Feature Experience Pack 1000.19053.1000.0 1. I connected some external drives, saved files to them, shut down the machine and removed them. 2. I started the machine, but when it went to the sign-in with your Microsoft gmail account, the box was all gray. 3. I powered it down and up, and it said restarting for a long time. 4. I powered it dow...
In my mac system I have pre installed php 7.3.13 and i want to upgrade this version to php 7.4. I am getting so many problems while installing 7.4 php version. I am using following mac system: macOS Catalina version 10.15.7(19H15) Mac mini (Late 2012) Processor 2.5 GHz Dual-Core Intel Core i5 Memory 8GB 1333 MHz DDR3 Graphics Intel HD Graphics 4000 1536 MB Serial Number C07L6D50DWYL
...Contabilidad, etc. El sistema deberá ser capaz de configurar las preguntas y estas a su vez la respuesta correcta, Generando como resultado inicial la calificación total de la Prueba-Evaluación por cada persona (Evaluada) así como una gráfica (sencilla) del resultado final. Debe ser instalable en un servidor con las siguientes características mínimas: 1. Linux Ubuntu 2. 8 GB 3. Intel 4 hilos 2.0 Ghz o superior 4. MySql ver 5 o superior 5. Navegadores Firefox, Google Chrome , etc. Habilidades Necesarias: Linux Ubuntu; MySQL Ver 5 o superior; Web Hosting Es requisito indispensable al finalizar el proyecto, se deben entregar los códigos fuentes del desarrollo (aplicación-software), así como firmar acuerdo de...
I am looking for a freelancer who can design and build a signal repeater that operates on both 2.4 GHz and 5.8 GHz frequencies. The repeater should have a medium range, covering distances of up to 500 ft. It should be battery operated for convenient use. Skills and experience required: - Experience in designing and building signal repeaters - Proficiency in working with 2.4 GHz and 5.8 GHz frequencies - Knowledge of battery-operated systems and power management - Ability to ensure the repeater meets the desired range requirements If you have the necessary skills and experience, please submit your proposal for this project.
I am looking for a freelancer who can assist me with designing an RF PCB for wireless communication. The PCB should operate within the frequency range of 1-6 GHz and does not need to be compliant with any specific standards. Skills and Experience: - Proficiency in RF PCB design - Knowledge of wireless communication systems - Experience in designing PCBs within the 1-6 GHz frequency range - Familiarity with RF circuitry and components - Preferably located in Chennai
In this project, student need to design and analyze the performance of dual-frequency AMC with ring shape. The AMC structure should achieve high bandwidth for 0.92 and 2.4 GHz frequency. Expected Outcomes To analyze the performance of ring shape AMC. To design the ring shape AMC with acceptable bandwidth for UHF and HF GHz frequency To evaluate the performance of simple RFID tag with AMC on different metal properties.
I am seeking a skilled freelancer to assist with the development of an RF based on SDR prototype. The purpose of this project is to create a functional prototype that operates within the S and C band frequencies. The desired operating frequency range for the SDR should be between 1-6 GHz with Tx upto 2 KW with sdr based phased erray antenna for Tx. Ideal Skills and Experience: - Strong background in RF engineering and SDR development - Experience with prototype development and testing - Knowledge of the S and C band frequencies - Proficiency in programming languages commonly used in SDR development
Model 4 pulsed threat radars with operating frequencies varying between 4-8 GHz with the EW Self-Protection System's jamming system on a fighter aircraft with an RCS of 12 m2 . Design the antenna for the jammer separately in MATLAB application and use the pattern of this antenna in the simulation. Perform a MATLAB simulation in which the detection (burn-through) distance of the J/S and the fighter is calculated for the jamming of the EW Self-Protection System at three different powers for each radar.
...the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 is 6 GHz). I will choose multiple winners of this contest (it may be more than five). Each winner gets their own feedback. Include the logo of Data Alliance (see: ): Sized relatively small: The logo should not dominate the graphic, but rather should be a more discreet aspect of the infographic. It's OK to put the logo near the bottom, but not necessary. Include a small, discrete line of
Hi I need to include a custom antenna Bluetooth (2.4 Ghz) in my current of PCB. The antenna will be connected to connector IPX-V1 + Wire. I dont know if the antenna could be ceramic or printed. The propousal of antenna must be tunning to 50 Ohm and SWR < 2.0 I attached the PCB form factor, and the zone were i need the antenna. Thanks. Ricardo
I am looking for a skilled PCB designer who can create a 1:4 RF splitter PCB design in Proteus 8. The project requires expertise in RF and PCB design. Requirements: - Frequency range: 1.5-1.6 GHz - Insertion loss: according to the given electrical drawing - PCB dimensions: specific dimensions provided Ideal Skills and Experience: - Proficiency in Proteus 8 for PCB design - Strong knowledge of RF design principles - Experience in designing RF splitters - Attention to detail and ability to work with specific dimensions 1. Should be design to support two types of SMA Edge Mount 2. lines 50 ohms. Our production plans involve using standard FR4 without impedance control. We are considering a preference for 2 layers, potentially extending to 4 layers if required, 3. Capacitor Size: Th...
...three types: Specific numbers for the bend radiuses. 4. Diameter / thickness of each of the three types: Specific numbers for the diameter. 5. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. The maximum frequency range of LMR-100, LMR-200 and LMR-400 is 6 GHz (6000 MHz) Please check your spelling of the words before submitting your entry. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom (the logo should not dominate the graphic, but rather should be a more discreet aspect of the graphic). Include a small, discrete line of copyright text at the bottom: Copyright Data Alliance Inc. 2024 In the file
...2. The bend radiuses of each of the three types 3. Diameter / thickness of each of the three types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 and LMR-200 is 6 GHz). RG-58 has a single tinned copper braid shield: It's not double-shielded. LMR100 and LMR-200 are double-shielded. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom (the logo should not dominate the graphic, but rather should be a more discreet aspect of the graphic). Include a small, discrete line of copyright text at the bottom: Copyright
...the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-200 is 6 GHz). RG-58 has a single tinned copper braid shield: It's not double-shielded. LMR-200 is double-shielded. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom (the logo should not dominate the graphic, but rather should be a more discreet aspect of the graphic). Include a small, discrete line of copyright text at the bottom: Copyright Data Alliance
...the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 is 6 GHz). Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom (the logo should not dominate the graphic, but rather should be a more discreet aspect of the graphic). Include a small, discrete line of copyright text at the bottom: Copyright Data Alliance Inc. 2023 Please double-check your entry for spelling errors before submitting it. In the file handover:
...the two types. 2. The bend radiuses of each of the two types 3. Diameter / thickness of each of the two types. 5. Shielding characteristics of each 6. Any other distinguishing information that you can find that makes the graphic more interesting is fine. I will choose some winners that are more complex and some that are less complex. 7. Maximum frequency range of each type (max for LMR-100 is 6 GHz). RG-58 has a single tinned copper braid shield: It's not double-shielded. LMR100 is double-shielded. Include the logo of Data Alliance (see: ): Small, and placed at or near the bottom (the logo should not dominate the graphic, but rather should be a more discreet aspect of the graphic). Include a small, discrete line of copyright text at the bottom: Copyright Data Alliance
...perform the following tasks in GNU Octave or Matlab, which can run under GNU Octave: 1. transport the EEG data to GNU Octave 2. remove noise and other artefacts 3. provide the possibility to select certain positions in the extended 10-20 system from the EEG data (e.g. Cz, F3, F4) 4. apply Hanning windowing to the filtered signal at the selected position 5. use an elliptic bandpass filter [1.5-45] GHz (see attachment) 6. call the MATLAB elliptic filter function to extract theta, alpha, beta, beta-low, beta-high and gamma bands 7. plot the individual frequency bands 8. create an FFT and calculate and plot the amplitude, absolute power, relative power and power spectral density (PSD) of theta, alpha, beta-low, beta-high, gamma, alpha/beta, alpha/theta, theta/beta, alpha/(beta+gamma...
Antenna Design: Start with a well-designed PCB antenna layout. Common designs for BLE antennas include meandered monopoles or inverted F-antennas. The design should be based on the desired operating frequency (usually around 2.4 GHz for BLE) and the available PCB Dimensions: Ensure that the physical dimensions of the antenna (length, width, and spacing) match the design specifications, which are typically calculated based on the wavelength at the operating Plane: Maintain a good ground plane beneath the antenna. A solid ground plane helps with the antenna's radiation pattern and impedance Matching: Use a network analyzer or an impedance matching network (like a matching circuit) to adjust the antenna's impedance to match the desired value (usually
Hello, i need to do a small microprocessor project. I think its not very hard. 1. Microprocessor - Reed Sensor if seat belt is fastened - Distance Sensor( is somebody sitting on the seat? ) - 2,4 Ghz Transmitter - Maybe with a battery or accupack? Without wire If somebody sitting on the seat and the belt is not fastened its sending a signal to the main unit. 1. Main Unit - 2,4 Ghz Receiver - Small speaker - Hardwired Doing a Noise when seatbelt noch fastened. I need a completely finished project with a prototype and the possibility to order the finished devices in a case somewhere online. It dont need to look beautiful. Only do its work. But with ready Case Design The Battery should last minimum for2 months The finished product needs to be ordered at Eurocircuts.
I am looking for a skilled freelance...for an RFID system for car detection. The desired frequency range for the system should be able to achieve high bandwidth for both 0.9 and 2.4 GHz frequencies. The specific application of the RFID system is for car detection. However, the required read range for the system is not specified. Skills and Experience: - Experience in designing dual frequency ring patch AMC for RFID systems - Knowledge of high bandwidth design for 0.9 and 2.4 GHz frequencies - Understanding of car detection applications with RFID systems Objectives: 1. To analyze the performance of ring shape AMC. 2. To design the ring shape AMC with acceptable bandwidth for UHF and HF GHz frequency. evaluate the performance of simple RFID tag with AMC on differen...
For this project, I am looking for someone to create a high-performance wideband antenna with a frequency ran...project, I am looking for someone to create a high-performance wideband antenna with a frequency range of 1-2 GHz. I have a general idea of the size and form factor for the antenna, but am open to suggestions, depending on design considerations. This antenna will be used for remote monitoring of telemetry devices. The person hired for this project should have experience designing antennas for similar applications, and be capable of providing a realistic timeline for the completion of the project the project should be used in CST Microwive studio (design & simulation) In terms of gain, the wideband antenna achieved an average gain of 6 dBi at 2 GHz with a peak ga...
Hello potential candidates! I'm looking for an expert in RF R&D, particularly one who specializes in designing antennas within a particular frequency range. Specifically, I need someone to work on an existing design with University of South Florida which can read glucose levels in a micro device with a frequency of 10 GHz. This is a very specific task that requires deep technical knowledge and skill. If you think you have the acumen and experience in this specialized field to properly meet this challenge, and you are immediately available to work with USF, please apply. Thank you!
I am looking for an expert in modeling lightning protection systems for radomes using CST MWS. The project requires the following skills and experience: Frequency Range: The desired frequency range for the lightning protection system is above 10 GHz. Materials and Designs: There are specific materials and designs that need to be incorporated into the model. The freelancer should be able to work with these specific requirements. Method of Delivery: The final model should be delivered in both CST MWS file format and a report with images. Ideal Skills and Experience: - Proficient in using CST MWS for modeling lightning protection systems - Knowledgeable in working with materials and designs for radomes - Ability to deliver the final model in both CST MWS file format and a report w...
Antenna Design for Mobile Communication (1-5 GHz) Skills and Experience: - Expertise in antenna design for mobile communication applications - Strong understanding of frequency range (1-5 GHz) - Experience in designing single antennas for mobile communication - Knowledge of antenna performance optimization techniques - Familiarity with electromagnetic simulation software - Ability to analyze and troubleshoot antenna performance issues - Strong problem-solving skills and attention to detail Project Details: - The project requires the design of a single antenna for mobile communication. - The antenna should operate within the frequency range of 1-5 GHz. - The intended application of the antenna is for mobile communication. - The selected freelancer should have experien...
I am looking for a freelancer who can design an antenna with the following specifications: Frequency Range: 1-5 GHz Application: This antenna is intended for a specific application. Design Constraints: There are no specific constraints on the antenna design, but I am looking for 4-5 different design options with a length and width not exceeding 4mm to 6mm. Ideal Skills and Experience: - Experience in antenna design, specifically in the 1-5 GHz frequency range - Knowledge of different antenna design techniques and materials - Ability to create multiple design options within the given dimensions - Attention to detail and ability to meet the required specifications If you have the necessary skills and experience, please submit your proposals with your previous work samples.
...application for each point: 1. Running a profitable business for 5 or more years 2. Have a demonstrable portfolio of clients including multinational companies, government, and UN agencies 3. Have a pool of in-house graphic designers who have worked with the firm for more than 1 year ADDITIONAL NOTES Infrastructure: 100 MBPS internet connection minimum required ; Windows/ Mac Laptop with 16 GB RAM and 2.4 GHz above CPU required....
I am seeking a professional who has experience in building oscillators that can operate within the microwave frequency range for wireless power transmission. The project requires expertise in designing a Voltage Controlled Oscillator (VCO) that can work within the specific frequency range of 1 GHz to 10 GHz. There is a time constraint and the project need to be completed within a week. I'm open to suggestions and alterations in the project. Successful freelancer will be selected and given a big project in power transmission. Ideal Skills and Experience: - Proficiency in designing and building oscillators for microwave frequency ranges - Strong understanding of wireless power transmission principles - Experience with Voltage Controlled Oscillators (VCOs) and their appli...
