Keysight U3851A RF Microwave Circuit Design, Simulation and Measurement Courseware 5G n3
- Delivers lab courseware which covers the entire RF system design lifecycle
- Helps university professors save time and resources by expanding current engineering programs
- Helps universities easily integrate the lab courseware into current curriculum
- Ensures students are fully updated with the latest developments in engineering
The U3851A RF Microwave circuit design, simulation and measurement courseware is a core component of Keysight’s RF Microwave Teaching Solution. The courseware includes a modular prototype kit that utilizes a 1.8-GHz receiver module, editable lab sheets and problem-based assignments which cover 50 hours’ worth of lab sessions. Through the U3851A courseware, students learn how to design an RF product end-to-end, from specification and simulation, to prototype building and validation. Students will develop practical skills in using industry-standard test and measurement instruments such as the oscilloscopes, network analyzers, signal generators and spectrum analyzers. They will also learn how to design an RF receiver with Keysight’s industry-leading electronic design and automation (EDA) software including PathWave Advanced Design System (ADS) and PathWave System Design (SystemVue).
The Keysight RF Microwave Teaching Solution establishes a solid foundation in RF microwave fundamentals, paving the way for the students’ specialization in advanced 5G or IoT wireless applications. Such practical skills and real-world application knowledge gained through the courseware will make the students industry-ready and highly sought-after.
The Training Kit consists of the modular prototype kit, kit controller, RF adapters and splitter, cables (RF, power , LAN, BNC), power adapter and carry case.
- Lab Sheets: Lab 1 – Transmission Lines, Lab 2 – Filter, Lab 3 – Low Noise Amplifiers, Lab 4 – Driver and Power Amplifiers, Lab 5 – Oscillator and Synthesizers, Lab 6 – Mixers, Lab 7 – 5G Receiver Design, Simulation and Measurement
- Recommended instruments: Signal Generator (N9310A), Spectrum Analyzer (N9000B), Network Analyzer (N9917A), Noise Source (346B), Power Supply (E36312A), Oscilloscope (DSOX1102G), Calibration Kit (85521A)
- Required EDA software: PathWave Advanced Design System (ADS), PathWave RF Synthesis (Genesys) PathWave EM Design (EMPro), PathWave System Design (SystemVue)
- Optional Software: PathWave BenchVue
- Where does this fit in your curriculum?
- Target university subject: RF and microwave design
- Target year of study: 3rd year and final year undergraduates
- Prerequisites: Basic circuits, signals and systems, analog electronics and electromagnetics
Sample Lab Sheet for U3851A
The U3851A RF Microwave circuit design, simulation and measurement courseware is a core component of Keysight’s RF Microwave Teaching Solution. The courseware includes a modular prototype kit that utilizes a 1.8-GHz receiver module, editable lab sheets and problem-based assignments which cover 50 hours’ worth of lab sessions. Through the U3851A courseware, students learn how to design an RF product end-to-end, from specification and simulation, to prototype building and validation. Students will develop practical skills in using industry-standard test and measurement instruments such as the oscilloscopes, network analyzers, signal generators and spectrum analyzers. They will also learn how to design an RF receiver with Keysight’s industry-leading electronic design and automation (EDA) software including PathWave Advanced Design System (ADS) and PathWave System Design (SystemVue).
The Keysight RF Microwave Teaching Solution establishes a solid foundation in RF microwave fundamentals, paving the way for the students’ specialization in advanced 5G or IoT wireless applications. Such practical skills and real-world application knowledge gained through the courseware will make the students industry-ready and highly sought-after.
The Training Kit consists of the modular prototype kit, kit controller, RF adapters and splitter, cables (RF, power , LAN, BNC), power adapter and carry case.
- Lab Sheets: Lab 1 – Transmission Lines, Lab 2 – Filter, Lab 3 – Low Noise Amplifiers, Lab 4 – Driver and Power Amplifiers, Lab 5 – Oscillator and Synthesizers, Lab 6 – Mixers, Lab 7 – 5G Receiver Design, Simulation and Measurement
- Recommended instruments: Signal Generator (N9310A), Spectrum Analyzer (N9000B), Network Analyzer (N9917A), Noise Source (346B), Power Supply (E36312A), Oscilloscope (DSOX1102G), Calibration Kit (85521A)
- Required EDA software: PathWave Advanced Design System (ADS), PathWave RF Synthesis (Genesys) PathWave EM Design (EMPro), PathWave System Design (SystemVue)
- Optional Software: PathWave BenchVue
- Where does this fit in your curriculum?
- Target university subject: RF and microwave design
- Target year of study: 3rd year and final year undergraduates
- Prerequisites: Basic circuits, signals and systems, analog electronics and electromagnetics
Sample Lab Sheet for U3851A