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4605M-101-332LF

4605M-101-332LF Description

The 4605M-101-332LF from Bourns Inc. is a high-performance 4-resistor bussed network designed for precision applications in electronic circuits. With a 3.3kΩ resistance per element and a tight ±2% tolerance, this SIP (Single In-Line Package) array ensures reliable signal conditioning and voltage division. Its compact 0.498" x 0.098" (12.65mm x 2.49mm) footprint and 6.35mm seated height make it suitable for space-constrained designs. The device operates within a ±100ppm/°C temperature coefficient, ensuring stability across varying environmental conditions. Compliant with ROHS3 and REACH standards, it is ideal for environmentally conscious applications.

4605M-101-332LF Features

• 4-resistor bussed network with 3.3kΩ resistance per element.
• ±2% tolerance and ±100ppm/°C TCR for precision performance.
• 250mW power rating per resistor, ensuring robust operation.
• Through-hole mounting for secure PCB integration.
• Low resistor-ratio drift (50ppm/°C) for consistent performance.
• 5-pin SIP package in bulk packaging for easy assembly.
• Not MSL-sensitive, simplifying storage and handling.
• EAR99 and HTSUS 8533.21.0050 compliant, suitable for global export.

4605M-101-332LF Applications

This resistor network excels in:

• Voltage division and pull-up/down circuits in embedded systems.
• Signal conditioning for sensors and analog front-ends.
• Industrial control systems requiring stable resistance ratios.
• Consumer electronics, such as audio equipment and power management.
• Automotive electronics, where temperature stability is critical.

Conclusion of 4605M-101-332LF

The 4605M-101-332LF stands out for its precision, compact design, and reliability, making it a top choice for engineers needing stable resistor networks. Its bussed configuration, low drift, and high power handling make it superior to discrete resistors in space and performance-critical applications. Whether in industrial, automotive, or consumer electronics, this Bourns array delivers consistent performance under demanding conditions.