Resistor reference board optimized for precise voltagereference applications Key benefits Improves measurement stability: Uses 1% tolerance chip resistors with 25PPM temperature coefficient to reduce drift and maintain consistent voltage references. Reliable filtering and decoupling: Fitted with quality Japanese capacitors (CBB, correction, polyester, monolithic, and ELNA electrolytic) to support stable operation in both lab and industrial environments. Easy integration and space savings: Compact 50 mm x 35 mm footprint lets you install the board into existing equipment without taking up excessive space. What makes it useful Function: Designed specifically as a resistor reference board for voltage reference circuits, providing a stable resistor network and supporting capacitor types for signal conditioning and power decoupling. Compatibility: Fits a wide range of test, measurement, and control systems where a reliable voltage reference and local filtering are required. Material and performance: Combination of 1%/25PPM chip resistors and multiple types of Japanese capacitors delivers low drift and consistent performance under typical laboratory and industrial conditions. Practical applications Precision measurement setups and bench instruments that require a stable reference resistor network for voltage regulators and reference ICs. Calibration fixtures and test jigs where repeatable resistance values and stable decoupling are needed to validate sensors or ADC inputs. Embedded and industrial control systems that need a compact, reliable reference module to improve analog frontend stability and filter supply noise. Technical summary Purpose: Resistor reference board for voltage reference applications Resistors: Chip resistors, 1% tolerance, 25PPM temperature coefficient Capacitors: Japanese capacitors including CBB, correction, polyester, monolithic, and ELNA electrolytic Size: 50 mm x 35 mm Suitable environments: Laboratory and industrial use If you need a small, reliable resistor reference assembly that supports stable voltage reference performance and robust filtering, this board provides the precision components and compact form factor required for integration into measurement and control systems.