Pn5180 Class

Definition

Namespace:

Iot.Device.Pn5180

Assembly:

Iot.Device.Bindings.dll

Package:

Iot.Device.Bindings v3.0.0

A PN5180 class offering RFID and NFC functionalities. Implement the CardTransceiver class to allow Mifare, Credit Card support

public class Pn5180 : Iot.Device.Card.CardTransceiver, IDisposable

type Pn5180 = class
    inherit CardTransceiver
    interface IDisposable

Public Class Pn5180
Inherits CardTransceiver
Implements IDisposable

Inheritance

Object

CardTransceiver

Pn5180

Implements

IDisposable

Constructors

Pn5180(SpiDevice, Int32, Int32, GpioController, Boolean)

Create a PN5180 RFID/NFC reader

Fields

DefaultSpiMode	Only SPI Mode supported is Mode0
MaximumSpiClockFrequency	PN532 SPI Clock Frequency
RadioFrequencyConfigurationSize	A radio Frequency configuration element size is 5 bytes Byte 1 = Register Address next 4 bytes = data of the register
SupportedProtocols	The set of NFC protocols that are supported by this transceiver.

Properties

CrcReceptionTransfer	Set on of off the CRC calculation for the Transfer and Reception Switch off is needed for anticollision operation on type A cards. Otherwise normal state is on
MaximumReadSize	The maximum number of bytes that can be read from the card in a single transaction, (excluding CRC). This is constrained by the operating mode as well as transceiver limitations (such as the size of a FIFO buffer in the transceiver).
MaximumWriteSize	The maximum number of bytes that can be written to the card in a single transaction, (excluding CRC). This is constrained by the operating mode as well as transceiver limitations (such as the size of a FIFO buffer in the transceiver).
RadioFrequencyCollision	True to disable the Radio Frequency collision avoidance according to ISO/IEC 18092 False to use Active Communication mode according to ISO/IEC 18092
RadioFrequencyField	Get or set the radio frequency field. True for on, false for off

Methods

CalculateCrcA(ReadOnlySpan<Byte>, Span<Byte>)	Provide a calculation of CRC for Type A cards
CalculateCrcB(ReadOnlySpan<Byte>, Span<Byte>)	Provide a calculation of CRC for Type B cards
DeselectCardTypeB(Data106kbpsTypeB)	Deselect a 14443 Type B card
Dispose()	Dispose
GetIdentifier(Span<Byte>)	Get the PN5180 identifier, this is a 16 byte long
GetNumberOfBytesReceivedAndValidBits()	Get the number of bytes to read and the valid number of bits in the last byte If the full byte is valid then the value of the valid bit is 0
GetRadioFrequencyConfigSize(ReceiverRadioFrequencyConfiguration)	Get the size of the configuration of a specific receiver configuration
GetRadioFrequencyConfigSize(TransmitterRadioFrequencyConfiguration)	Get the size of the configuration of a specific transmitter configuration
GetRadioFrequencyStatus()	Get the radio frenquency status
GetVersions()	Get the Product, Firmware and EEPROM versions of the PN5180
IsRadioFrequencyFieldExternal()	Is the external field activated?
ListenToCardIso14443TypeA(TransmitterRadioFrequencyConfiguration, ReceiverRadioFrequencyConfiguration, Data106kbpsTypeA, Int32)	Listen to any 14443 Type A card
ListenToCardIso14443TypeB(TransmitterRadioFrequencyConfiguration, ReceiverRadioFrequencyConfiguration, Data106kbpsTypeB, Int32)	Listen to any 14443 Type B card
LoadRadioFrequencyConfiguration(TransmitterRadioFrequencyConfiguration, ReceiverRadioFrequencyConfiguration)	Load a specific radio frequency configuration
MifareAuthenticate(ReadOnlySpan<Byte>, MifareCardCommand, Byte, ReadOnlySpan<Byte>)	Specific function to authenticate Mifare cards
ReadAllEeprom(Span<Byte>)	Read the full EEPROM
ReadDataFromCard(Span<Byte>)	Read data from a card.
ReadDataFromCard(Span<Byte>, Int32)	Read all the data from the card
ReadEeprom(EepromAddress, Span<Byte>)	Read a specific part of the EEPROM
ReselectTarget(Byte)	Once you have an authentication operation failing with Mifare cards or a read/write, the card stop. TYhe only way to have it back is to send the unselect and anti collision. This function provides this feature
RetrieveRadioFrequencyConfiguration(ReceiverRadioFrequencyConfiguration, Span<Byte>)	Retrieve the radio frequency configuration
RetrieveRadioFrequencyConfiguration(TransmitterRadioFrequencyConfiguration, Span<Byte>)	Retrieve the radio frequency configuration
SendDataToCard(Span<Byte>, Int32)	Send data to a card.
Transceive(Byte, ReadOnlySpan<Byte>, Span<Byte>)	This function has to be implemented by all NFC/RFID/Card readers. This function is used in exchange of data with the reader and the cards. (Inherited from CardTransceiver)
Transceive(Byte, ReadOnlySpan<Byte>, Span<Byte>, NfcProtocol)	This function has to be implemented by all NFC/RFID/Card readers. This function is used in exchange of data with the reader and the cards.
UpdateRadioFrequencyConfiguration(ReceiverRadioFrequencyConfiguration, Span<Byte>)	Update the radio frequency configuration
UpdateRadioFrequencyConfiguration(TransmitterRadioFrequencyConfiguration, Span<Byte>)	Update the radio frequency configuration
WriteAllEeprom(Span<Byte>)	Write all the EEPROM
WriteEeprom(EepromAddress, Span<Byte>)	Write the EEPROM at a specific address