MAXIM Manuals

The MAX8529 is a high performance synchronous step-down converter from TI, with an input voltage range of 4.75V to 23V and a maximum output current of 3A. It integrates 2 synchronous step-down converters, and can achieve output voltage tracking by external inductors. The conversion efficiency is up to 96%

MAX66020 is an ISO/IEC 14443 Type B-Compliant 1Kb Memory Fob that integrates 1024 bits of user EEPROM, a 64-bit unique identifier (UID) and a 13.56MHz RF interface.

The data sheet provides detailed information on the 78m6612 single-phase dual-outlet power and energy measurement IC, including the product's features and characteristics

The MAX66140 combines 1024 bits of user EEPROM with secure hash algorithm (SHA-1) challenge-and- response authentication (ISO/IEC 10118-3 SHA-1), a 64-bit unique identifier (UID), one 64-bit secret, and a 13.56MHz ISO 15693 RF interface in a single chip. It provides secure, symmetric authentication for both reading and writing to the device and supports various features defined by ISO 15693 such as data rates, modulation indices, subcarrier modes, selected state, application family identifier (AFI), data storage format identifier (DSFID), and the Option_flag bit for read operations.

The MAX66000 is a single-chip solution that combines a 64-bit unique identifier (UID) and a 13.56MHz RF interface compliant with ISO/IEC 14443 Type B standard (Parts 2-4). The UID can be read through the block transmission protocol (ISO/IEC 14443-4), with a data rate of up to 847.5kbps. The chip supports an application family identifier (AFI) and a card identifier (CID). It does not support chaining, frame-waiting time extension, and power indication. Applications include driver identification, access control, and asset tracking.

The MAX66120 is a radio frequency chip from Maxim. It integrates 1024-bit user EEPROM, 64-bit UID and 13.56MHz ISO 15693 RF interface, and can be applied to driver identification, access control and asset tracking.

The MAX6638 thermal-management sensor includes internal (local) and external (remote) digital temperature sensors and two independent SMBus™ serial ports. The remote temperature accuracy is ±1.0°C, and the local temperature accuracy is ±2°C. The MAX6638 also features extended temperature resolution data available in 0.125°C increments. The MAX6638 provides three system alarms: channel 1 alert (ALERT1), overtemperature (OVERT1), and channel 2 alert (ALERT2) that contain programmable thresholds set independently by each of the SMBus serial ports (SMBus1 and SMBus2). Each alert output asserts when any of four temperature conditions is violated: local overtemperature, remote overtemperature, local undertemperature, or remote undertemperature. The overtemperature signal asserts when the temperature rises above the value in the overtemperature limit register. Use the OVERT1 output to activate a cooling fan or trigger a system shutdown. Each of the 2-wire serial-interface ports accepts standard System Management Bus (SMBus) write byte, read byte, send byte, and receive byte commands independently of one another with total collision avoidance handled by the MAX6638. Each SMBus can operate its own unique serial-data rate to access any register in the MAX6638 for data reads or data writes. The MAX6638 manages all dual-port data register access functions providing a seamless, conflict-free integration into a multimaster architecture for thermal management.

The MAX66100 is a chip that integrates a 64-bit unique identifier (UID) and a 13.56MHz ISO 15693 RF interface. The UID is revealed during the inventory process. The MAX66100 supports all ISO 15693-defined data rates, modulation indices, subcarrier modes, the selected state, application family identifier (AFI), and data storage format identifier (DSFID). AFI and DSFID are factory programmed with customer-supplied data.

The Teridian™ 71M6521DE/DH/FE energy meter ICs are highly integrated systems-on-a-chip (SoCs) with an MPU core, RTC, flash, and LCD driver. They support a wide range of residential metering applications with features such as a 22-bit delta-sigma ADC, four analog inputs, digital temperature compensation, precision voltage reference, battery voltage monitor, and 32-bit computation engine (CE).

MAX6678 is a dual-channel temperature monitor, dual PWM auto fan speed controller and five GPIO integrated device. It can monitor its own temperature and two external transistors connected in diode form. The device uses a 2-wire serial interface to provide digital temperature values. MAX6678 provides a programmable alarm output that can be used as an interrupt, throttling, or overheating shutdown signal.

MAX8707 is a multiphase (3/4 phase) PWM controller for AMD Hammer CPU core power supply. Multiphase interleaved operation reduces input current ripple and output voltage ripple while simplifying component selection and layout design. MAX8707 includes active voltage positioning function with adjustable gain and offset to reduce power consumption and the requirement for large output capacitors.

MAX8550/MAX8551 is an integrated voltage regulator and power supply solution for DDR memory applications in desktop, notebook, and graphics cards.

The MAXQ7665/MAXQ7666 is a 16-bit MCU with a 12-bit ADC, 512B RAM, 128kB FLASH, 16-bit TIMERs, CAN2.0B, etc.

This manual describes the functions and usage of the MAXQ7667 module. The module integrates a 16-bit 16MIPS microcontroller, digital filter, programmable PLL oscillator, voltage reference, full wave detector, threshold adjustment, timer, UART(LIN), storage and other functions.

The MAX8869 is a 1A low dropout linear regulator that operates from a +2.7V to +5.5V input and delivers a guaranteed 1A load current with a low 200mV dropout.