34THEB1BWE2S22

Series:	--
Part Status:	Active
For Measuring:	Rotary Position
Technology:	Hall Effect
Rotation Angle - Electrical, Mechanical:	0° ~ 3600°, Continuous
Linear Range:	--
Output:	Analog Voltage
Output Signal:	Clockwise Increase
Actuator Type:	Slotted Shaft
Linearity:	±1%
Resistance Tolerance:	--
Voltage - Supply:	5V
Mounting Type:	Panel Mount
Termination Style:	Wire Leads
Operating Temperature:	-40°C ~ 85°C

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Position Sensors – Angle, Linear Position Measuring

Position sensors measure the movement of objects in relation to their initial position. These sensors are typically used to measure the changing angle, linear position, or displacement of parts such as engine components, door locks, and gears. While they come in several shapes and sizes, the common types of position sensors are: linear and rotational sensors as well as displacement sensors. The 34THEB1BWE2S22 is a type of position sensor that is designed to measure angle and linear displacement. It is often used for rotation angle measurement and linear position feedback on engines and other automated equipment.

The Components of the 34THEB1BWE2S22

The 34THEB1BWE2S22 position sensor is composed of two main components: a concept circuit board and an integrated circuit (IC). The concept board includes a rotary encoder, a magnet, and an array of reflective grating. The integrated circuit is composed of a microcontroller and an amplifier circuit. The microcontroller is responsible for controlling the output of the sensor, while the amplifier circuit is designed to amplify the output signals of the sensor in order to produce a measurable voltage.

The Principle of Operation

The basic principle of operation of the 34THEB1BWE2S22 is quite simple. It works by using the rotary encoder and magnet to detect changes in the angle of an object. As the angle of the object changes, the magnet moves around the rotary encoder, causing the reflective grating to be disturbed by its magnetic field. This disturbance causes a change in the electric field, which is then detected by the microcontroller and transmitted to the amplifier circuit. The amplifier circuit then amplifies the signal and creates a measurable voltage output that can be used by digital systems for control purposes. This output is typically used to monitor the motion of parts or components such as engine components, door locks, or gears.

Conclusion

The 34THEB1BWE2S22 is a position sensor designed for angular measurement and linear displacement feedback on engines and other automated equipment. It is composed of a concept board and an IC, with the microcontroller responsible for controlling the output signal and the amplifier circuit amplifying the output. The basic principle behind the working of this sensor is that it is able to detect changes in the angle of an object and translate it into a measurable voltage which can be used for control.

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