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Y4485V0002QT0L

Y4485V0002QT0L Description

The Y4485V0002QT0L from VPG Foil Resistors is a high-precision 2-resistor network designed for voltage divider applications with TCR-matched performance. Part of the DSMZ series, this surface-mount device offers an ultra-tight ±0.02% tolerance and a ±0.01% resistor matching ratio, ensuring exceptional accuracy in critical circuits. With a compact 1610 package (4.06mm x 2.69mm) and a low profile of 1.80mm, it is ideal for space-constrained designs. The 5kΩ resistance per element and ±0.2ppm/°C temperature coefficient make it suitable for stable, high-performance systems.

Y4485V0002QT0L Features

• Ultra-High Precision: ±0.02% tolerance and ±0.01% matching ratio for unmatched accuracy.
• Low TCR: ±0.2ppm/°C ensures minimal resistance drift over temperature.
• Stable Performance: ±0.1ppm/°C resistor-ratio drift guarantees long-term reliability.
• Compact & Robust: Surface-mount 1610 package (4.06mm x 2.69mm) with MSL 1 (unlimited) moisture sensitivity.
• High Power Handling: 50mW per resistor for demanding applications.
• TCR-Matched Design: Optimized for voltage divider circuits requiring precision thermal tracking.

Y4485V0002QT0L Applications

This resistor network excels in applications demanding high stability and precision, including:

• Precision voltage dividers in test & measurement equipment.
• Reference circuits for ADCs, DACs, and instrumentation amplifiers.
• Medical electronics requiring low drift and high accuracy.
• Aerospace & defense systems where thermal stability is critical.
• Industrial control systems with tight tolerance requirements.

Conclusion of Y4485V0002QT0L

The Y4485V0002QT0L stands out as a top-tier precision resistor network, combining ultra-low tolerance, TCR matching, and compact packaging. Its excellent drift performance and high power handling make it ideal for mission-critical electronics where reliability and accuracy are paramount. Whether in medical, aerospace, or high-end instrumentation, this component delivers superior performance compared to standard resistor arrays.