X9C104SI

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Digital potentiometers are used for automated control and adjustment in a wide variety of applications, from adjusting the gain in instrumentation amplifiers to adjusting the speed of motors. And X9C104SI is a non-volatile device with a wide range of digital potentiometers. It provides a high level of accuracy and flexibility for data acquisition applications.

The X9C104SI digital pot is a three-channel 8-bit log potentiometer. It is designed with an industry standard 8-lead SOIC (Small Outline Integrated Circuit) package. Its resistance range is from 100 ohms to 6.2K ohms, with an accuracy of ±1 LSB. The X9C104SI is a non-volatile, low power, and low cost device.

The X9C104SI operates in both linear and log modes, making it ideal for a wide range of data acquisition applications. Additionally, the X9C104SI is designed with a dual-slope operation which reduces switching errors during the data acquisition process. The two operation modes also improve the linearity of the signal.

The X9C104SI also features a programmable end-of-scale (EOS) input and a continuously variable EOS output that is adjustable from 0-Vcc. The EOS input can be used to select either the linear or log modes. The end-of-scale output provides an indication when the potentiometer has reached the end of its range. This feature can be used to provide an indication to an external indicator such as an LED or a LCD display.

The X9C104SI also features a selectable high-impedance or low-impedance I/O control bus. The high-impedance configuration allows the user to connect up to four potentiometers with the same I/O control bus at the same time. Additionally, the low-impedance configuration allows the user to connect up to four additional potentiometers with the same I/O control bus at the same time.

The X9C104SI is suitable for a wide range of data acquisition applications, such as remote control and adjustable gain amplifiers. It is also used in applications such as motor speed control, vibration control, process control, audio mixing and EQ control, and advanced digital control systems, to name a few.

The X9C104SI can be used in a variety of operating environments, including both industrial and mobile Systems-on-Chip (SoC) applications. The device is also compatible with industry-standard communication buses such as I2C, SPI, and UART. The X9C104SI is designed to be easily connected to available microcontrollers and FPGAs.

The X9C104SI provides users with the ability to easily adjust the gain of an amplifier, control the speed of a motor, or any other application where a digital pot is required. Its wide-range resistance and two-mode operation make it ideal for use in data acquisition applications. The X9C104SI also features an EOS output which can be used to indicate when the potentiometer has reached the end of its range. The X9C104SI is an ideal choice for a variety of applications where an adjustable non-volatile digital potentiometer is required.

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