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Y0094V0004FB9L

Y0094V0004FB9L Description

The Y0094V0004FB9L from VPG Foil Resistors is a high-precision 2-resistor network designed for voltage divider applications requiring tight TCR matching. With a 1kΩ resistance per element (±1% tolerance) and an ultra-low ±8ppm/°C temperature coefficient, this component ensures exceptional stability in demanding environments. The VSR144 series device features a ±0.1% resistor matching ratio and ±1.5ppm/°C ratio drift, making it ideal for precision analog circuits. Its through-hole radial package (7.49mm x 2.54mm, 8.13mm height) is robust and suitable for industrial applications.

Y0094V0004FB9L Features

• Precision TCR Matching: ±8ppm/°C ensures minimal resistance drift over temperature.
• Tight Ratio Tolerance: ±0.1% matching ratio for balanced voltage division.
• Low Ratio Drift: ±1.5ppm/°C enhances long-term stability.
• High Power Handling: 100mW per resistor for reliable operation.
• Industrial-Grade Construction: Bulk packaging, ROHS3 compliant, and MSL-exempt for easy integration.
• Wide Applications: Suitable for medical, aerospace, and test/measurement systems where precision is critical.

Y0094V0004FB9L Applications

• Precision Voltage Dividers: Used in DAC/ADC reference circuits and sensor signal conditioning.
• High-Accuracy Instrumentation: Ideal for bridge networks and calibration equipment.
• Aerospace & Defense: Stable performance in avionics and thermal-variable environments.
• Medical Electronics: Reliable operation in patient monitoring and diagnostic devices.
• Industrial Automation: Ensures consistent performance in process control systems.

Conclusion of Y0094V0004FB9L

The Y0094V0004FB9L stands out for its ultra-low TCR, tight matching, and robust through-hole design, making it a superior choice for precision voltage division. Its combination of stability, power handling, and industry compliance makes it indispensable for high-reliability applications where performance cannot be compromised. Engineers seeking long-term accuracy in harsh conditions will find this resistor network an optimal solution.