Renesas Electronics Digital Potentiometer 100-Position 100 kΩ Linear 1-Channel 8-Pin SOIC X9C104SZ

Renesas Electronics X9C104SZ digital potentiometer offers precise resistance control with its 100-position linear adjustment capability and 100 kΩ resistance suitable for electronic circuit tuning and calibration. The device is housed in a compact 8-pin SOIC surface mount package measuring 5mm in length, 4mm in width, and 1.5mm in height, facilitating easy PCB integration.

This component features a single channel digital potentiometer with non-volatile memory, allowing persistent resistance settings across power cycles. Its serial 3-wire interface enables straightforward digital control adapting to various digital systems and microcontrollers.

The device operates reliably within a temperature operating range from 0°C to 70°C, supported by a temperature coefficient of 300 ppm/°C, ensuring minimal resistance variation with temperature changes. It requires a stable 5V supply voltage for operation, common in industrial and laboratory electronic applications.

Applications span across electronics prototyping, instrumentation, signal conditioning, and calibration systems where precise resistance adjustment is essential. The product is made to automotive standards and sourced from Thailand to maintain high manufacturing quality.

Offers 100 discrete linear resistance steps for accurate control. 1-channel digital potentiometer with non-volatile memory storage. Operates over temperature range of 0°C to 70°C. Features Serial 3-wire interface for easy integration.

Compact SOIC surface-mount package with 8 pins and dimensions 5mm x 4mm x 1.5mm. Designed for 5V supply voltage with stable 300 ppm/°C temperature coefficient. Suitable for applications in electronics components requiring adjustable resistance.

Manufactured in Thailand ensuring quality and reliability. Explore the Electronics Components category at EnvMart for more Digital Potentiometers and precision electronic components to enhance your projects and manufacturing processes.