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4304M-101-103

4304M-101-103 Description

The 4304M-101-103 from Bourns Inc. is a compact, high-performance resistor network designed for precision applications. This through-hole-mounted device features three 10kΩ resistors in a bussed circuit configuration, offering a ±2% tolerance and a ±100ppm/°C temperature coefficient. Encased in a 4-pin SIP package with dimensions of 0.384" x 0.085" (9.75mm x 2.16mm), it delivers 250mW power per element and operates reliably across a wide temperature range. Its low resistor-ratio drift (50ppm/°C) ensures stable performance in demanding environments. The 4300M series is REACH-compliant and ideal for applications requiring consistent resistance values with minimal deviation.

4304M-101-103 Features

• 3-resistor bussed network with 10kΩ resistance per element.
• Tight tolerance (±2%) and low TCR (±100ppm/°C) for precision circuitry.
• Compact SIP package (6.35mm max height) saves board space.
• 250mW power rating per resistor ensures durability in high-load scenarios.
• Low resistor-ratio drift (50ppm/°C) enhances long-term stability.
• Through-hole mounting for robust mechanical connections.
• REACH Affected and EAR99/ECCN compliant for global usability.

4304M-101-103 Applications

This resistor array excels in:

• Voltage division and pull-up/pull-down networks in digital circuits.
• Sensor signal conditioning where stable resistance ratios are critical.
• Industrial control systems requiring high tolerance to thermal drift.
• Automotive electronics due to its rugged construction and reliability.
• Test and measurement equipment demanding precision and repeatability.

Conclusion of 4304M-101-103

The 4304M-101-103 stands out for its precision, compact design, and robust performance, making it a top choice for engineers needing reliable resistor networks. Its low drift, high power handling, and compliance with industry standards make it versatile for industrial, automotive, and instrumentation applications. Bourns' reputation for quality ensures this component meets stringent reliability requirements.