To Next PageTo Next Page
Need help?Do you have a question about the NXP Semiconductors PN5180 and is the answer not in the manual?
General| Operating Frequency | 13.56 MHz |
|---|---|
| Communication Interface | SPI, I2C |
| Supported Standards | ISO/IEC 14443 A/B, ISO/IEC 15693, FeliCa |
| Modulation Schemes | ASK, BPSK, OOK |
| Operating Temperature Range | -40°C to +85°C |
| Package | QFN32 |
| Operating Voltage | 2.3 V to 5.5 V |
Explains the PN5180's internal registers and EEPROM for configuration and data storage.
Details the PNEV5180B's purpose: quick evaluation, custom antenna connection, and NFC Cockpit use.
Introduces the PN5180, its supply voltage options, and connections via SPI, USB, and debug cable.
Presents the complete schematic diagrams for the PN5180 evaluation board.
Details the LPC1769 microcontroller used on the PNEV5180B and its JTAG interface connection.
Explains the power supply options for the evaluation board, including USB and external sources.
Describes the PN5180 chip, its default clock source, and test signal derivation.
Details the three jumpers used for evaluating different power supply options.
Explains the installation of VCOM drivers for PC communication with the PNEV5180B.
Addresses updating the LPC firmware, differentiating it from the PN5180 firmware.
Describes updating the LPC FW when VCOM drivers are already installed and used.
Details updating the LPC FW when the older ABEND drivers were previously installed.
Guides first-time users on updating the LPC FW from ABEND to VCOM interface.
Explains how to re-install the LPC FW after using the board for IDE development.
Explains how to activate a MIFARE DESFire card and exchange data using the Reader tab.
Details how to read and write PN5180 registers using the NFC Cockpit's register access feature.
Describes accessing the PN5180's EEPROM for RF_CONFIG and general data storage.
Explains the PN5180's Dynamic Power Control (DPC) functionality for correlation tests and calibration.
Details the Adaptive Wave Control (AWC) feature for dynamic TX shaping optimization.
Provides steps for static Tx shaping adjustment using AWC features.
Provides steps for dynamic Tx shaping adjustment, building on static adjustments.
Explains how to route analog and digital test signals to test pins for PN5180 analysis.
Introduces the Rx Matrix test for optimizing PN5180 receiver settings and performance.
Lists key receiver parameters (RxGain, HPCF, MinLevel) that require optimization.
Explains the principle of the Rx Matrix test, its configuration options, and test setup.
Describes the structure and content of XML files used to configure the Rx Matrix test.
Details input parameters for the Rx Matrix test, including test configuration and data.
Explains how to define registers and fields for permutation in Rx Matrix test input files.
Covers using the NFC Cockpit to control an Arbitrary Waveform Generator (AWG).
Guides on installing the NI VISA driver and .NET development support for AWG control.
Details the AWG setup and test procedure for type A protocol at 106 kbit/s.
Details the AWG setup and test procedure for type B protocol at 106 kbit/s.
Explains how to use the Rx Matrix test with AWG to check type B performance.
Describes the configuration and testing of the PN5180's Low Power Card Detection (LPCD).
Covers flashing secondary FW and running EMVCo loopback or other applications.
Introduces the simple scripting language for programming own scripts for test purposes.
Explains the jumper settings for USB-only power and external power supply options.
Details the default jumper settings for operation powered solely via USB.
Explains how to change jumper J101 for external power supply and powering TVDD externally.
Shows an example XML script for a Type A test without AWG control, using register names.
Presents an example XML script for a Type B test with AWG control.
Details the installation of LPC ABEND drivers, noting it's often not needed after FW update.
