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MDP160322R0GE04

MDP160322R0GE04 Description

The MDP160322R0GE04 from Vishay Dale is a high-performance 8-resistor network housed in a 16-pin DIP package, designed for precision applications requiring stable resistance values. With a 22Ω resistance per element and a tight ±2% tolerance, this isolated resistor array ensures consistent performance in demanding circuits. Its ±100ppm/°C temperature coefficient minimizes resistance drift across operating temperatures, while the 250mW power rating per element provides robust handling of moderate power dissipation. The 0.850" x 0.250" (21.59mm x 6.35mm) footprint and 0.155" (3.94mm) height make it suitable for space-constrained through-hole designs.

MDP160322R0GE04 Features

• 8 isolated resistors in a single 16-pin DIP package, reducing board space and assembly complexity.
• ±2% tolerance and ±100ppm/°C TCR for precision signal conditioning and voltage division.
• 250mW power dissipation per resistor, ensuring reliability in medium-power applications.
• ROHS3 compliant and EAR99/ECCN certified, meeting global environmental and export standards.
• MSL 1 (Unlimited) moisture sensitivity, ideal for extended storage or harsh environments.
• Through-hole mounting for robust mechanical connections in industrial and automotive systems.

MDP160322R0GE04 Applications

This resistor network excels in:

• Analog signal processing: Voltage dividers, gain networks, and feedback circuits in instrumentation.
• Industrial controls: PLCs, motor drivers, and power supplies requiring stable resistance values.
• Automotive electronics: Sensor interfaces and ECU modules where temperature stability is critical.
• Legacy equipment repairs: DIP packaging simplifies replacements in older through-hole designs.
• Test and measurement: Precision calibration circuits due to low tolerance and drift.

Conclusion of MDP160322R0GE04

The MDP160322R0GE04 combines Vishay Dale’s reliability with a compact, high-performance design, offering engineers a cost-effective solution for precision resistor networks. Its isolated architecture, tight tolerances, and robust power handling make it superior to generic arrays in critical applications. Whether for industrial automation, automotive systems, or legacy upgrades, this component delivers consistent performance under varying operational stresses.