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Y0094V0119BB0L

Y0094V0119BB0L Description

The Y0094V0119BB0L from VPG Foil Resistors is a high-precision 2-resistor network designed for voltage divider applications with TCR-matched performance. Part of the VSR144 series, this through-hole component features ±0.1% tolerance and ±8ppm/°C temperature coefficient, ensuring exceptional stability in demanding environments. Its 10kΩ and 25kΩ resistance values are ratio-matched to ±0.1%, with a minimal resistor-ratio drift of ±1.5ppm/°C, making it ideal for precision analog circuits. The compact 7.49mm x 2.54mm footprint and 8.13mm height suit space-constrained designs.

Y0094V0119BB0L Features

• Ultra-Precision: ±0.1% tolerance and ±8ppm/°C TCR for unmatched accuracy.
• TCR-Matched Pair: Ensures consistent performance across temperature variations.
• Low Ratio Drift: ±1.5ppm/°C minimizes divider errors in thermal cycles.
• Robust Construction: Through-hole mounting with 100mW power rating per element.
• Stable Performance: Non-MSL (Moisture Sensitivity Level) rated for reliability in humid conditions.
• Wide Resistance Range: 10kΩ and 25kΩ options for flexible design integration.

Y0094V0119BB0L Applications

This resistor network excels in:

• Precision Voltage Dividers: Critical for reference circuits in test equipment and DAC/ADC systems.
• Medical Instrumentation: High-accuracy signal conditioning in patient monitoring devices.
• Aerospace & Defense: Stable performance in avionics and radar systems under thermal stress.
• Industrial Sensors: Reliable operation in RTD or bridge circuits.
• Automotive Electronics: Suitable for ECU signal processing where TCR matching is vital.

Conclusion of Y0094V0119BB0L

The Y0094V0119BB0L stands out for its precision, stability, and ruggedness, offering superior performance in TCR-sensitive applications. Its low drift and tight tolerance make it a preferred choice for engineers designing high-reliability systems in medical, aerospace, and industrial sectors. With VPG Foil's proven quality, this resistor network delivers long-term accuracy where conventional arrays fall short.