KEYSIGHT U3851A RF Microwave Circuit Design, Simulation and Measurement Courseware, 5G NR n3

Microwave Concepts & Components

• RF fundamentals and concepts

• Passive and active devices design principles

• Filters, amplifiers, mixers, oscillators, and more

• Measurements and RF parameters

• Software based design and simulation in ADS

Courseware Contents

• Training kit

- RF education hardware kit

- Kit controller

- RF adapters and splitter

- Cables (RF, power, LAN, BNC)

- Power adapter (Not all countries, please refer to training kit section for more detail)

- Carry case

• Editable lab sheets and model answers

- Problem-based assignments

- Covers 50 hours of lab sessions

Training Kit includes:

• Prototype plate with accessories

• Controller using Raspberry Pi 3 model B and Schroff casing

• Power adaptor 13 W and power cable for Raspberry Pi 3*

• Hard carrying case to keep the U3851A training kit and accessories.

Lab Sheets

1. Transmission Lines: Design, simulate and measure microstrip and coplanar waveguide transmission lines

2. Filter: Design RF and IF filters for a 5G Band 3 downlink; measure the performance and compare to the data sheet or design.

3. Low Noise Amplifiers: Simulate and evaluate two LNAs, and select one for the front end

4. Driver and Power Amplifiers: 5G PA (or wideband DA/PA) MMIC with external tuning circuit.

5. Oscillator and Synthesizers: Synthesizer design trade offs

6. Mixers: Single diode, single balanced, double balanced, and triple balanced mixers

7. 5G Receiver Design, Simulation and Measurement: Simplified 5G receiver model

Datasheet