MFRC52302HN1,151

Series:	MIFARE®
Packaging:	Tray
Part Status:	Active
Type:	RFID Reader
Frequency:	13.56MHz
Standards:	ISO 14443, MIFARE
Interface:	I²C, SPI, UART
Voltage - Supply:	2.5 V ~ 3.3 V
Operating Temperature:	-25°C ~ 85°C
Package / Case:	32-VFQFN Exposed Pad
Supplier Device Package:	32-HVQFN (5x5)

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Introduction

MFRC52302HN1,151 is a type of Radio Frequency Identification (RFID) chip used by access and monitoring systems to identify objects. It is one of the RFID, RF Access, and Monitoring Integrated Circuit (ICs) products developed by NXP Semiconductors. The IC operates as an transponder that enables identification of personnel or items at a distance.

Technology Overview

MFRC52302HN1,151 is capable of responding to radio-frequency queries. It contains two-way communication technology allowing it to send and receive data wirelessly. MFRC52302HN1,151 also includes an antenna that receives the radio signals transmitted by the reader. The chip is powered by electromagnetic induction which makes it suitable for applications where power supply is not available. The technology used by MFRC52302HN1,151 has been developed by NXP Semiconductors in order to improve the flexibility of their RFID products. The chip is made to be compliant with all the international standards like ISO/IEC 14443 and 15693 and NFC Forum type 4 compliant. The chip also incorporates security features like advanced cryptography and secure memory. This makes sure that the information stored in the chip is secure and protected from unauthorized access.

Typical Applications

MFRF52302HN1,151 is commonly used in access and monitoring systems. It is suitable for applications requiring secure identification of personnel or items. The chip is also used as an access control system in access cards or secure badges. It is also used in transportation services like the subway systems that use RFID smart cards to automate their access and fare collection. The chip is also used in medical applications, especially in hospital patient identification. The chip is programmed to store medical information such as allergies, medical conditions, and other important patient data. This information can be accessed quickly and securely by authorized personnel in order to provide timely and accurate medical treatment.The chip is also used in homeland security applications such as automatic passport identification and iris recognition. It is also used in employee attendance tracking systems. It is also used in the smart grid where it is used to store energy-usage data from home appliances and set up automated power management.

Features and Advantages

The features of MFRC52302HN1,151 include high in-field read-write performance, low power consumption, and advanced security features. It also has wide operating frequency range and a compact package which makes it suitable for various RFID applications. The chip also has a high resistance to noise and a wide operating temperature range which makes it highly reliable and durable. The chip also has a small size which helps in reducing the overall cost of production. The advanced encryption and secure memory makes sure that the data stored in the chip remains secure. The read-write performance of the chip is also one of its most important features. It is capable of being in contact with RFID readers up to a distance of 10m. The processor embedded in the chip allows for fast data processing. This makes sure that the information is accurately recorded and quickly accessed.

Conclusion

MFRC52302HN1,151 is a type of Radio Frequency Identification (RFID) chip developed by NXP Semiconductors and is used for access and monitoring systems. It has been designed to be compliant with international standards and has advanced security features. The chip is commonly used in access cards, medical applications, employee attendance systems, and smart grid applications. It offers features like low power consumption, wide operating temperature range, and a high resistance to noise. The read-write performance of the chip is also one of its most important features.

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