X9455UV24IZ-2.7

Memory Type:	Non-Volatile
Base Part Number:	X9455
Supplier Device Package:	24-TSSOP
Package / Case:	24-TSSOP (0.173", 4.40mm Width)
Operating Temperature:	-40°C ~ 85°C
Resistance - Wiper (Ohms) (Typ):	50
Temperature Coefficient (Typ):	±300 ppm/°C
Tolerance:	±20%
Features:	Selectable Address
Voltage - Supply:	2.7 V ~ 5.5 V
Series:	XDCP™
Interface:	I²C, Up/Down (U/D, CS)
Resistance (Ohms):	50k
Number of Taps:	256
Number of Circuits:	2
Configuration:	Potentiometer
Taper:	Linear
Part Status:	Obsolete
Packaging:	Tube

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Data Acquisition - Digital Potentiometers

A digital potentiometer, like the X9455UV24IZ-2.7, is a critical data acquisition device used in a wide range of applications including robotic arms, commercial aircraft guidance systems, and cell-phone signal strength analyzers. By using a digital interface, the X9455UV24IZ-2.7 can offer improved accuracy and scalability when compared to traditional potentiometers. This digital device eliminates the need for manual adjustments and offers a reliable, high-resolution data acquisition platform. The X9455UV24IZ-2.7 digital potentiometer is a systematic device. It consists of an electrically adjustable resistor connected across two ends of a wiper that is moved between two terminals. To control the device, an adjustable digital input is used to provide a voltage at one end of the resistor that changes the resistance between the two ends. This change in resistance affects the output of the potentiometer. Depending on the output, various decisions can be made by the device. The X9455UV24IZ-2.7 is suitable for use in robotic arms, where the precise control of the arm position can be controlled remotely. This type of system requires a precise control of the output position that can be accurately achieved using the X9455UV24IZ-2.7. The user can control both the speed and the position of the arm, ensuring precise control of the robotic arm movement. The interface also eliminates the possibility of manual interference, which can occur with analog potentiometers. The X9455UV24IZ-2.7 can be used to measure cell-phone signal strength. This digital potentiometer can be used to measure the attenuation of the signal strength from a given set of geographic coordinates. The user can then use this information to determine the approximate signal strength in a given location. This digital device eliminates the need for manual measurement of the signal strength, as well as eliminates the need to manually adjust the measurement range. Commercial aircraft guidance systems use the X9455UV24IZ-2.7 to ensure safe and precise flight control. The digital device receives input from the aircraft\'s onboard navigation systems and adjusts the output accordingly. A digital potentiometer such as the X9455UV24IZ-2.7 can provide accurate, reliable control of the aircraft throughout its flight.Finally, the X9455UV24IZ-2.7 can be used in automotive applications, where the precise control of engine timing can be achieved using this device. This can be useful in high-performance vehicles as any change in engine rotation or timing can have a major impact on the overall performance of the vehicle. By using the X9455UV24IZ-2.7, the engine can be tuned and adjusted to maximize performance in any environment.The working principles of the X9455UV24IZ-2.7 digital potentiometer are based on the concept of resistance. Its digital input sends out a certain voltage that is used to modify the resistance across the two terminals, which in turn affects the output of the device. Depending on the output, decisions can be made by the device, allowing for precision control in various applications. In conclusion, the X9455UV24IZ-2.7 digital potentiometer is a highly accurate and reliable data acquisition device. It can be used in a variety of applications, from robotic arms to commercial aircraft guidance systems. Its digital interface provides improved accuracy and scalability when compared to traditional potentiometers, eliminating the possibility of manual interference and increasing the reliability of the data acquisition. Its working principles are based on simple electric circuits, allowing for precision control of the output of the device.

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