SC1026
Abstract: No abstract text available
Text: Bourns IP CLASSIFICATION CODES TECHNICAL NOTE Basis of IP Rating System International Standard IEC 60529 outlines an international classification system that describes the sealing characteristics of electrical equipment. The classification system defines the level of protection provided by
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Abstract: No abstract text available
Text: Encoders DESIGN CONSIDERATIONS TECHNICAL NOTE Encoders are the digital version of potentiometers and panel controls. Rather than providing a resistive variable output with rotation of the shaft, encoders simulate an on/off switching digital output. Applied as
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Abstract: No abstract text available
Text: Panel Controls TAPER TECHNICAL NOTE An important consideration in selecting a panel control is the type of taper needed for the application. Taper is defined as the output curve of the voltage ratio measured between one end of the element and the wiper. It is expressed in percent of total resistance versus percent of
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Abstract: potentiometer linearity
Text: Potentiometers LINEARITY TECHNICAL NOTE Linearity is the relationship between output voltage and the mechanical rotation of the shaft. Linearity is specified in one of four ways: absolute, independent, zero based or terminal based. Independent linearity is the most commonly specified linearity because it gives the tightest
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potentiometer linearity
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debounce IC MC
Abstract: rotary encoder signal conditioning 14490 MC14490 SC1026 MOTOROLA 14490 magnetic rotary encoder circuit diagram Encoder counter ic debounce signal condition rotary encoder
Text: Encoders SIGNAL CONDITIONING TECHNICAL NOTE Most applications where rotary contacting encoders are used require the use of filters to condition the digital output signal. Commercially available Integrated Circuits IC or Programmable Logic Chips (PLCs) provide the proper debounce and noise filtration.
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MC14490
e/SC1026
debounce IC MC
rotary encoder signal conditioning
14490
SC1026
MOTOROLA 14490
magnetic rotary encoder circuit diagram
Encoder counter ic
debounce
signal condition rotary encoder
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HMI CAN INTERFACE
Abstract: bourns torque sensor SC1026 hmi application note
Text: Bourns HMI vs. MMI TECHNICAL NOTE Every application requires selection of the right type of component and shaft/bushing configuration. Whether the component is a precision potentiometer, panel control or rotary encoder, selection of the right shaft/bushing configuration will yield the optimum performance
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bourns torque sensor
SC1026
hmi application note
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