AVR® Microcontroller with Core Independent Peripherals and picoPower® Technology

Features • CPU – AVR® 8-bit CPU – Running at up to 20MHz – Single Cycle I/O Access – Two-level Interrupt Controller – Two-cycle Hardware Multiplier • Memories – 4/8KB In-system self-programmable Flash Memory – 128B EEPROM – 256/512B SRAM • System – Power-on Reset (POR) – Brown-out Det

AVR® Microcontroller with Core Independent Peripherals and picoPower® Technology

Features • CPU – AVR® 8-bit CPU – Running at up to 20MHz – Single Cycle I/O Access – Two-level Interrupt Controller – Two-cycle Hardware Multiplier • Memories – 4/8KB In-system self-programmable Flash Memory – 128B EEPROM – 256/512B SRAM • System – Power-on Reset (POR) – Brown-out Det

tinyAVR® 1-series

Features • CPU – AVR® CPU – Running at up to 20 MHz – Single-cycle I/O access – Two-level interrupt controller – Two-cycle hardware multiplier • Memories – 16 KB In-system self-programmable Flash memory – 256 bytes EEPROM – 2 KB SRAM – Write/erase endurance: • Flash 10,000 cycles • EE

3-Phase Brushless Motor Driver

3-Phase Brushless Motor Driver

SMBus Temperature Sensor with Internal and External Diode Input

The MAX1617 is a serially programmable temperature sensor optimized for monitoring modern high performance CPUs with on–board, integrated temperature sensing diodes. Temperature data is converted from the CPU’s diode outputs and made available as an 8–bit digital word. Features • Includes Intern

Temperature monitor for microprocessor systems

DESCRIPTION The NE1617 is an accurate two-channel temperature monitor. It measures the temperature of itself and the temperature of a remote sensor. The remote sensor is a diode connected transistor. This can be in the form of either a discrete NPN/PNP, such as the 2N3904/2N3906, or a diode conne

Temperature monitor for microprocessor systems

DESCRIPTION The NE1617 is an accurate two-channel temperature monitor. It measures the temperature of itself and the temperature of a remote sensor. The remote sensor is a diode connected transistor. This can be in the form of either a discrete NPN/PNP, such as the 2N3904/2N3906, or a diode conne

Micropower Inverting DC/DC Converters in SOT-23

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