Multi-axis integrated Hall magnetic sensors

Actively Servoed Multi-Axis Microforce Sensors

sors capable of resolving forces up to 490pN with a resolution of O.OlpN in z, and up to 900pN with a resolution of 0.24~N in I, in the oassive mode, Electrostatic microactuators are microsc~py (AFM) techniques, mere are four limitations restricting AFM use in cellular force measurement during .~~ inkgrated to the force t, operate in manipulation. First, different types of end-effectors such as...

Design Considerations for CMOS - Integrated Hall - effect Magnetic

A criterion for optimal design of multi-axis force sensors

This paper deals with the design of multi-axis force (also known as force/torque) sensors, as considered within the framework of optimal design theory. Optimal design procedures consist of nding the combination of design variables that extremizes some optimality criterion: provided a suitable mathematical formulation of the problem, solutions can be e ciently obtained through currently availabl...

Musical Applications of New, Multi-axis Guitar String Sensors

The development and application of new optical, piezoelectric and variable reluctance transducers is described for polyphonic stringed instruments especially the guitar.

Hall Sensors for Extreme Temperatures

We report on the preparation of the first complete extreme temperature Hall sensor. This means that the extreme-temperature magnetic sensitive semiconductor structure is built-in an extreme-temperature package especially designed for that purpose. The working temperature range of the sensor extends from -270 °C to +300 °C. The extreme-temperature Hall-sensor active element is a heavily n-doped ...