PTM Library

This presentation will introduce the APM80950 and APM80951 LED driver modules from Allegro MicroSystems.

This presentation will discuss the features, specifications, and applications for the A17700 pressure sensor IC.

Allegro MicroSystems' back-biased GMR speed and direction sensor is ideal for gear tooth sensing in applications such as automotive transmission.

Comparison between shunt current measurement and magnetic current measurement. What are the advantages and disadvantages of both technologies and where to use which technique.

This presentation will provide an introduction to the different Hall-based high-current sensor IC solutions from Allegro Microsystems.

This presentation will provide an introduction of the Power Monitoring challenges, applications and solutions that Allegro Microsystems can provide to customers searching for better energy efficiencies in their system, or just giving an indication of the power consumption in real time to the user.

Allegro's families of Hall-effect sensors provide efficient, low-power current sensing solutions in systems where energy efficiency is required.

The ACS726 is the first product in Allegro’s family of current sensors to include a fully differential output signal.

Complete microstepping motor drivers with a built-in translator for easy operation and overcurrent protection, reducing rework costs in operations.

Line of fully integrated Hall-effect current sensor ICs providing highly accurate output voltage signals proportional to the current that is being applied.

Allegro’s A6211 constant-current, 3 A, PWM dimmable, buck regulator LED driver is a thermally efficient, minimized solution.

The A495x family consists of three single full-bridge drivers; the A4950, A4952, and A4953, and one dual full bridge driver; the A4954.

Enhanced features such as optimized performance, reduced manufacturing, and less fallout/failure offer many solutions to stepper motor drives.

The ACS710 current sensor IC can sense both AC and DC currents, unlike current transformers, by employing the Hall effect.