Contactless Proximity Reader training introduces the principles of NFC, EMVCo and ISO/IEC 14443 reader & antenna design. It introduces the NXP PN7462, the PN5180 and the CLRC663 plus and includes a workshop session on RFID & NFC PCD antenna design and tuning, covering new features like the Dynamic Power Control, to cover e.g. the EMVCo contactless POS design. A basic electrical engineering knowledge is required.
Introduction
- Introduction into NFC reader products
- Technical overview & comparison CLRC663, PN5180 & PN7462
- Introduction into Dynamic Power Control (DPC)
Use of PN5180 evaluation tool (workshop 1)
- Installation of NFC Cockpit and drivers
- Use of the NFC Reader evaluation board and NFC Cockpit Test & Evaluation of PN5180/PN7462/CLRC663 with contactless cards
NFC Magnetic Antenna Systems
- Theory and 13,56MHz communication principle
- Antenna & transformer principle
- Optimum antenna size & metal influence
NFC Antenna Tuning
- Standard Antenna Design & Tuning
- Loading & detuning behavior
- DPC Antenna tuning, especially for small antennas
- EMC behavior & EMC-related design
Antenna design & tuning (workshop 2)
- “Building an antenna”
- Antenna coil measurement & tuning
- Antenna calibration for DPC
Introduction into EMVCo, ISO/IEC 14443 & NFC
- ISO/IEC 14443
- NFC-Forum Specifications (analog layer)
- EMVCo Specification (L1 analog layer
- Contactless Reader Designer
- Technical Managers
- Product Engineer
- Hardware Design Engineers
- Basic knowledge in Electrical Engineering
- How get the most out of your Reader IC by optimal antenna tuning
- Troubleshooting techniques to find compliance
- Circuit board layout techniques to decrease EMC emission
- The most important design rules for NFC Reader Design
- Why it does makes sense to aim for MIFARE certification
- The 5 most common design mistakes that lead to failed certification tests.
- Pendrive with full documentation in PDF format.
Tuiton: EUR 900,- per Seat
Setting: On-Site
Course Length: approx. 8 hours