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Y0006V0103BB0L

Y0006V0103BB0L Description

The Y0006V0103BB0L from VPG Foil Resistors is a high-precision dual-resistor network designed for demanding military and voltage divider applications. Part of the 300144 series, this through-hole component features two matched resistors (2kΩ and 3kΩ) with an ultra-tight tolerance of ±0.1% and an exceptional temperature coefficient of ±2ppm/°C. Its compact dimensions (7.49mm x 2.54mm) and low profile (8.38mm max height) make it suitable for space-constrained designs. The device is packaged in bulk and complies with HTSUS 8533.21.0050, ensuring reliability in harsh environments.

Y0006V0103BB0L Features

• Precision Matching: Resistor ratio tolerance of ±0.1% and ratio drift of 0.5ppm/°C ensure stable performance in TCR-matched voltage dividers.
• High Power Handling: 200mW per element allows for robust operation in power-sensitive circuits.
• Military-Grade Reliability: Designed for rugged applications, meeting stringent military standards.
• Low TCR: ±2ppm/°C temperature coefficient minimizes resistance drift over temperature variations.
• Compact Through-Hole Design: 3-pin configuration with a small footprint for easy integration into legacy systems.

Y0006V0103BB0L Applications

• Precision Voltage Dividers: Ideal for reference voltage generation in test equipment and instrumentation.
• Military Electronics: Suited for avionics, radar systems, and other high-reliability defense applications.
• Aerospace Systems: Stable performance in extreme temperature environments.
• Medical Devices: Critical for analog signal conditioning where accuracy is paramount.

Conclusion of Y0006V0103BB0L

The Y0006V0103BB0L stands out for its unmatched precision, stability, and ruggedness, making it a top choice for military and high-accuracy analog designs. Its ultra-low TCR, tight tolerance, and robust construction ensure long-term reliability in the most demanding applications. Engineers seeking a high-performance resistor network for voltage division or TCR-matched circuits will find this component indispensable.