ahnjhallic

From  Hall Effect Sensor  to Magnetic Switch to  Gear Sensors , Sensor Solutions offers over 6,000 unique magnetic sensors and accessories. Our digital switches and Output Switch Type Hall Sensor are designed to measure speed, proximity, position, alignment and more.  As a Hall Sensor Suppliers, we design and build custom sensors for nearly every industry, including OEM applications, reverse engineer OEM replacement sensors, and provide one-off sensor solutions when appropriate. We proudly manufacture all sensors in China, at our facility in Nanjing,China and serve customers around the world. Browse our catalog, request a quote, or contact our Applications Engineers to discuss your sensing requirements today! As an OEM  Hall Sensor Manufacturer , AH Electronic Science & Technology's in-house machine shop, coil winding operation and electronics fabrication give us one of the most cost effective and fastest design to production turn around time available, helping you accelerat

In May 2003, several Chinese senior experts in magnetic sensors field jointly invest to establish “Nanjing AH Electronic Science & Technology Co., Ltd” by themselves’ technology and market advantages. The company is specialized in researching and developing, designing and manufacturing and selling Hall IC, Zero power consumption sensor and their application products. Hall Effect Sensor consist basically of a thin piece of rectangular p-type semiconductor material such as gallium arsenide (GaAs), indium antimonide (InSb) or indium arsenide (InAs) passing a continuous current through itself. When the device is placed within a magnetic field, the magnetic flux lines exert a force on the semiconductor material which deflects the charge carriers, electrons and holes, to either side of the semiconductor slab. This movement of charge carriers is a result of the magnetic force they experience passing through the semiconductor material.As these electrons and holes move side wards a potenti

Switching hall includes  Unipolar Hall , bipolar hall and full-pole hall. A switching hall consists of a regulating circuit, a hall generator, a signal amplifier and a digital output stage. 1. Regulating circuit: the regulating circuit has two functions, one is the reverse protection function, that is, when the input terminal of hall is suddenly applied a reverse voltage or the hall wire is connected with the reverse, hall can still maintain the normal working state. The other function is to stabilize the voltage circuit and keep the voltage in a safe range. 2. Hall generator: from several uV to several mV according to different requirements. 3. Signal amplifier: signal amplifier has the function of amplifying hall's output analog signal and magnetic threshold detection, that is, the signal is converted to digital signal according to the preset BOP or BRP. 4. Digital output level: connect the collector open-circuit output to the external interface, which can interface with

Electrical  Think about the Load, Shifting Cycles and Output: To completely understand the electric variables included, design engineers must inquire: What's the electric load which has been changed? What's the shifting voltage and current? Is your circuit driven by a batterylife? If this is the case, what's the battery voltage worth? Are there any particular requirements like EMC, EMI or ESD concerns inside this program? (This is extremely important if using a Hall effect sensor.) Magnetic - Evaluate the Material, Quality and Performance: The engineer must use this listing to assess the quality and performance of the magnet: 1.Use magnetic simulation applications to obtain a comprehensive comprehension of a detector's magnetic working environment beneath a broad array of conditions. This instrument characterizes sensor functionality whilst working and interacting with magnetic fields in movement. It ought to think about any ferrous metals found close