MAX9275GTN/V+T

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The MAX9275GTN/V+T integrated device combines an advanced ISO7816/UART transceiver and advanced electronic signature (AES) with a highly integrated protocol converter all in one small package. It makes smart card applications easier to implement and provides increased protection from counterfeit attacks due to its advanced security and low power consumption. The low power operation, combined with its fast response time, makes it ideal for use in the automotive, medical, industrial, and security applications.

The MAX9275GTN/V+T device is suitable for both contactless and contact smart cards. It supports ISO7816-3, which makes it compatible with most existing smart card interfaces, while providing enhanced performance and security. It also provides a flexible protocol converter, allowing the integration of other ISO7816 applications in addition to the standard contactless protocol.

The MAX9275GTN/V+T is designed to minimize power consumption while providing superior protection from counterfeit attacks. It employs a secure interface to protect data during transmission and provides tamper detection, multi-level authorization, cryptographic authentication, and secure authentication algorithms. It also incorporates a secure encrypted communication protocol to ensure that data is secured from third party access.

The MAX9275GTN/V+T device includes an 8-bit transceiver for communication with the smart card and an 8-bit protocol converter for communication with the host. The device includes a number of features for the protection of applications based on ISO7816 and ISO7921 data exchange protocols. These features include message sequencing, authorization, data scrambling, a preset interface, and various data security measures.

The MAX9275GTN/V+T device supports two kinds of verification algorithms: ISO7816-3 Verification and AES Verification. ISO7816-3 Verification is based on the standard ISO7816-3 protocol, and verifies the authenticity of data exchanged between the host and the card. The AES verification algorithm is a secure encryption algorithm that uses the Advanced Encryption Standard to provide enhanced data security.

The MAX9275GTN/V+T device supports application cloning and card cloning, which provide additional security for applications that require both secure data exchange protocols and robust authentication methods. Card cloning is used to create a duplicate version of the original card with an identical PIN and other security feature. Cloning the card provides additional protection of the data stored in it, as the duplicate card is protected by an additional layer of security. Application cloning ensures that unauthorized persons cannot access the application.

The MAX9275GTN/V+T device can provide up to 3.3V of isolation power and can operate over an operating temperature range of -40°C to +85°C. It is RoHS compliant and provides low power consumption, with typical power consumption being in the range of 2.5 mW. The device is also equipped with a number of security features including message sequencing, authorization, and secure authentication algorithms.

In summary, the MAX9275GTN/V+T device is an ideal choice for applications requiring a secure, low-power transceiver for contactless and contact smart cards. It is suitable for use in automotive, security, medical, and industrial applications, and provides enhanced security features and low power consumption. The device features a number of features that provide additional protection for applications based on the ISO7816 protocol, as well as robust authentication algorithms.

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