◆ Fast card detection with minimum power consumption ◆ Stores application specific configuration兄弟情谊
狗狗眼睛红
尽字成语◆ Communication with mobile NFC devices in reader/writer or peer-to-peer initiator mode
◆ Supplied with generic software library easily portable across different MCUs KEY APPLICATIONS
◆ Secure car access ◆ Fleet management ◆ Car sharing
古牧羊犬◆ Center stack reader for personalization
The NCx3320 combines uniquely high RF output power with a very small HVQFN package to ensure large and
reliable reading distances with NFC-enabled smart phones and smart cards.
毛超KEY FEATURES
中国名著60部必读◆ F ully ISO/IEC 14443 A & B, ISO/IEC 15693 and FeliCa compliant ◆ ISO/NFC 18092 NFC-IP1 peer-to-peer support (initiator mode)◆ RF driver supply voltage 3 V - 5.5 V with max current of 350 mA ◆ Compact HVQFN32 package (5 x 5 mm) with wettable flanks ◆ Low Power Card Detection ◆ 512 Byte FIFO
◆ High baud rates (up to 848 kbits) ◆ 8 KB EEPROM KEY BENEFITS
◆ H igh-output power RF front-end IC in small footprint ◆ Maximum reading distance combined with high operating stability
◆ Supports all relevant contactless protocols
◆ Full compatibility with NXP smart card, smart tags and label ICs
◆ Capable of handling long APDUs
As a member of NXP ®’s high-performance reader IC family, NCx3320 combines high RF output power with robust multiple protocol support. High integration and a small footprint make it ideal for small form-factor car door handles.
Contactless
Automotive Reader IC NCx3320
NXP, the NXP logo, MIFARE and MIFARE CLASSIC are trademarks of NXP B.V.
All other product or rvice names are the property of their respective owners. © 2017 NXP B.V.Document Number: AUTONCF3320LF REV 2
从前慢原唱
Relea Date: February 2017
NCx3320 FEATURES
Its unique combination of features, paired with robustness and quality,冰岛马
creates a benchmark for the automotive industry, where applications require long lifetimes paired with energy efficiency. The NCx3320 makes it possible to create cure solutions with NXP’s MIFARE ® products. Implementation of the initiator mode of P2P communication enables full support of NFC-bad u cas in an automotive environment. To support mobile phones and the emerging u of credentials in different form factors and protocols, the device also integrates a large internal EEPROM for fast and flexible configuration of register ttings.
Automotive door handle reference design combining NXP’s NCx3320 Reader IC with S12ZVL MCU
DOOR HANDLE REFERENCE DESIGN
