-
High-five to high-side current sensing
ACS75x current sensor depicts the main current path, the Hall-effect sensor with integrated electronics, and a magnetic concentrator which tightly couples the magnetic field of the measured current to the Hall-effect device. The Hall-effect device makes up only a small portion of the electronics
-
Application: Door Sensor-Fire, Safety Exit (.pdf)
. i t./. . clo. l s. o e. e dis. i t. t ). used in conjunction with a magnet. However, the iron fire proof doors acted as a. magnetic shunt. Very strong magnets had to be used, but still resulted in very low. Load. d Charac. a teris. i t. s ic. i s. c. Min. i Ma. M x Un. U it. i s. t. sensitivity
-
Sensor Sense: Hall-effect current sensors
field, a voltage is induced across the conductor at right angles to the current flow. The strength of that induced voltage indicates the relative strength of the magnetic field. In Hall-effect sensors, current to be measured passes through a shunt path. This path is extremely low resistance, typically
-
Application: Car Hood Position Alarm Sensor (.pdf)
the. · The reed switch used in the Reed Sensor is. sensor and magnet to shunt magnetic field. hermetically sealed and is therefore not. sensitive to rough, wet, dirty environments. · The magnet is not affected by its environment. · Tens of millions of reliable operations. · Cylindrical mounting and screw
-
Foolproofing embedded sensors
an industrial supply house, probably will not work well with the sensor element and electronics. The details of how the sensor installs are important because nearby ferrous material can distort and shunt magnetic fields. This, in turn, can degrade the output of the sensor. In particular, sensor linearity
-
Radar Absorbers
they are an integral part of the design. Absorbers work by allowing the wave to penetrate into a region where the electric and/or magnetic fields experience loss. Radar Absorbers- Microwave Encyclopedia - Microwaves101.com. Custom Search. Radar absorbers. Updated May 16, 2011. This web page is part of a three-part
-
Understanding Electronic Motor Drives
that require reliable, efficient motor operation in hazardous or wash-down environments. It responds to input signal changes in as little as 5 msec, covers a 0.5 to 3-hp range, and an input voltage range of 380 to 500 Vac three phase. The rotor and stator work through magnetic interaction
-
Brushed DC Motor Fundamentals
, and how a drive circuit can be interfaced to a PIC(R) microcontroller. The stator generates a stationary magnetic field that surrounds the rotor. This field is generated by either permanent magnets or electromagnetic windings. The different types of BDC motors are distinguished by the construction