Transmission Principles and Electromagnetic Compatibility
The physics behind ICT design: signals, bandwidth and data rates, copper transmission parameters such as attenuation, crosstalk and return loss, optical fibre transmission and loss budgets, wireless propagation basics, electromagnetic interference and compatibility, separation from power, and shielding and bonding choices.
RCDD-110 12 lessons planned ▶ Video lessons coming soon
Offered by HSM University · RCDD Exam Prep
Course content
- 1Signals, bandwidth and data ratesComing
- 2Decibels and power ratios for designersComing
- 3Balanced twisted-pair transmissionComing
- 4Copper performance parameters: attenuation, crosstalk and return lossComing
- 5Cabling categories and classesComing
- 6Optical fibre fundamentals: modes, wavelengths and lossComing
- 7Optical loss budgetsComing
- 8Radio propagation basics for designersComing
- 9Electromagnetic interference and compatibilityComing
- 10Separation from power and noise sourcesComing
- 11Shielded and unshielded cabling choicesComing
- 12Applying transmission principles to design decisionsComing
Requirements
Recommended background. You can start any course at any time.
Description
The physics behind ICT design: signals, bandwidth and data rates, copper transmission parameters such as attenuation, crosstalk and return loss, optical fibre transmission and loss budgets, wireless propagation basics, electromagnetic interference and compatibility, separation from power, and shielding and bonding choices.