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Y1365V0178BA9W

Y1365V0178BA9W Description

The Y1365V0178BA9W from VPG Foil Resistors is a high-precision 4-resistor array designed for demanding applications requiring ultra-tight tolerance and stability. This surface-mount device features a compact 8-SOIC package (5.00mm x 3.99mm) with a low-profile height of 1.86mm, making it suitable for space-constrained PCB designs. Each resistor offers a 100Ω value with an exceptional tolerance of ±0.1% and a near-zero temperature coefficient of ±2ppm/°C, ensuring minimal drift across operating conditions. The isolated circuit configuration provides independent resistors, while the ±0.05% matching ratio and ±0.5ppm/°C ratio drift enhance differential signal integrity.

Y1365V0178BA9W Features

• Precision Performance: ±0.1% tolerance and ±2ppm/°C TCR for unmatched accuracy.
• Stable Matching: ±0.05% resistor matching and ±0.5ppm/°C ratio drift for balanced networks.
• Robust Construction: ROHS3-compliant, MSL1 (unlimited) moisture sensitivity, and EAR99 compliance for global use.
• Compact Design: 0.197" x 0.157" footprint with 100mW power per element, ideal for dense layouts.
• Reliable Brand: Part of VPG Foil's SMN series, known for ultra-stable foil resistor technology.

Y1365V0178BA9W Applications

This resistor array excels in precision analog and mixed-signal circuits, including:

• Medical instrumentation (e.g., patient monitoring, imaging systems).
• Test & measurement equipment (high-accuracy DACs/ADCs, bridge circuits).
• Aerospace & defense (avionics, radar systems).
• Industrial automation (PLC modules, sensor signal conditioning).
  Its low drift and tight matching make it ideal for voltage dividers, feedback networks, and differential amplifiers where long-term stability is critical.

Conclusion of Y1365V0178BA9W

The Y1365V0178BA9W stands out as a premium resistor array for applications demanding sub-0.1% tolerance and single-digit ppm stability. Its combination of miniaturized packaging, high power handling, and VPG Foil's proven reliability makes it a superior choice over conventional thin-film arrays. Engineers designing high-precision, mission-critical systems will benefit from its unmatched performance in harsh environments.