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4308M-101-152

4308M-101-152 Description

The 4308M-101-152 from Bourns Inc. is a high-performance 7-resistor bussed network designed for precision applications in electronic circuits. With a 1.5kΩ resistance per element and a tight ±2% tolerance, this through-hole-mounted array ensures reliable signal conditioning and voltage division. Its compact 0.784" x 0.085" (19.91mm x 2.16mm) footprint and 0.250" (6.35mm) seated height make it suitable for space-constrained designs. The device operates within a ±100ppm/°C temperature coefficient range, ensuring stability across varying environmental conditions. Packaged in a tube, it is part of Bourns' 4300M series, known for robust construction and consistent performance.

4308M-101-152 Features

• 7-resistor bussed network with 1.5kΩ resistance per element.
• ±2% tolerance and ±100ppm/°C temperature coefficient for precision.
• 250mW power rating per resistor, ideal for moderate-load applications.
• Through-hole (8-SIP) mounting for secure PCB integration.
• Low resistor-ratio drift (50ppm/°C) ensures long-term stability.
• REACH compliant and EAR99/ECCN classified for global usability.
• Non-MSAL (Moisture Sensitivity Level) for simplified handling and storage.

4308M-101-152 Applications

This resistor network excels in:

• Voltage division and signal attenuation in analog circuits.
• Pull-up/pull-down networks for digital logic systems.
• Industrial control systems requiring stable resistance ratios.
• Automotive electronics where temperature resilience is critical.
• Test and measurement equipment demanding precision tolerances.

Conclusion of 4308M-101-152

The 4308M-101-152 combines high accuracy, thermal stability, and compact design, making it a superior choice for engineers needing reliable resistor networks. Its bussed configuration simplifies circuit design, while Bourns' quality assurance ensures durability in demanding environments. Ideal for both prototyping and mass production, this model stands out in applications requiring consistent performance under varying operational stresses.