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The document describes the LTC2938 and LTC2939 power monitors, which can monitor 4 or 6 power supplies, with a maximum voltage of 12V and a minimum voltage of 1.2V. The monitor has ±1.5% accuracy and watchdog timers.
The PCI 350 is a high-performance power supply for use in 6U CompactPCI computer, test and telecom systems. The PCI 350 meets all of the requirements of the PICMG CompactPCI specification plus N+1 redundant and hot swap. High-density cooling fins are positioned directly in the airstream. All input and output connections are through the backplane. LED status indicators are located on the front panel.
This document mainly introduces the characteristics of LT3741 power management chip. This chip is a synchronous buck DC/DC controller designed to regulate output currents up to 20A and output voltages up to 34V, with a current regulation accuracy of ±6% and a voltage accuracy of ±1.5%.
This document is a product specification for the PCF2116 family LCD controller/drivers, providing information on the features and applications of the product.
ZMM series 500mW silicon planar diodes, with SOD-80 small glass package, maximum power dissipation 500mW, temperature resistance -50-175℃, with 2% tolerance and 5% tolerance.
A robust energy harvesting system using the LTC3588-1 and LTC4071 is presented that can continuously run a 12.4mA, 1% duty cycle sensor/transmitter without grid power.
80C31/80C51/87C51 is a high-performance CMOS single-chip 8-bit microcontroller fabricated with Philips high-density CMOS technology. It is functionally compatible with the NMOS 8031/8051 microcontrollers.
The LTC554x series of passive mixers achieve the lowest noise figure with high linearity. The series offers excellent performance and is widely used in wireless infrastructure designs.
This article introduces an ultralow voltage energy harvesting system that uses a thermoelectric generator to power wireless sensors without batteries or wires. The system is widely used in areas such as building automation, wireless/automated metering, and predictive maintenance.
This document introduces Linear Technology's TimerBlox family of products, which are silicon timing devices that solve specific timing problems. TimerBlox devices can easily be integrated into designs with minimal effort and space requirements. They offer higher efficiency and accuracy compared to microcontroller or discrete-component solutions.