Forsinve FSV9520

FSV9520 is a highly integrated read/write card IC for 13.56MHz contactless communication. It integrates all types of passive contactless communication modes and protocols at 13.56MHz, and supports multi-layer applications of ISO14443A.

The internal transmitter of FSV9520 can drive the reader antenna to communicate with ISO14443A/MIFARE cards and transponders without any additional circuitry. The receiver section of FSV9520 provides a robust and efficient demodulation and decoding circuit for processing ISO14443A-compatible transponder signals. The digital section handles ISO14443A framing and error detection (parity & CRC). FSV9520 supports MF1xxS20, MF1xxS70, and MF1xxS50 series products, and supports higher-speed MIFARE contactless communication with bidirectional data transfer rates up to 828kbit/s.

FSV9520 supports read/write mode for the ISO/IEC14443 A/MIFARE communication protocol, which supports multiple transfer speeds and modulation schemes.

Communication between the FSV9520 wireless UART and the external controller uses the ISO/IEC14443A/MIFARE protocol.

The internal CRC processor calculates values transmitted based on the ISO/IEC14443 A part 3 protocol and checks a parity bit generated during transmission. This bit can be disabled using the parity enable feature of the Marred register.

• Highly integrated modulator/demodulator circuit
• Minimal external components required to connect output driver stage to antenna
• ISO/IEC 14443 Type A and MIFARE protocol support
• Read/write distance up to 100mm (dependent on antenna size and modulation)
• Read/write encryption support for MF1xxS20, MF1xxS70, and MF1xxS50
• ISO 14443A communication up to 848kbit/s data transfer rate
• MFIN/MFOUT support
• Supported interface: SPI
• 64-byte transmit and receive FIFO buffer
• Flexible interrupt modes
• Hardware reset in low-power state
• Software power-down mode
• Programmable timer
• Internal oscillator with 27.12MHz crystal
• Low-voltage, low-power design: 2.5 - 3.6V
• CRC and parity checking
• Programmable I/O pins
• Internal self-test