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752091104JP

752091104JP Description

The 752091104JP from CTS Resistor Products is an 8-resistor bussed network array designed for high-density surface-mount applications. With a compact footprint of 0.515" × 0.080" (13.08mm × 2.03mm) and a low-profile height of 0.100" (2.53mm), this array is ideal for space-constrained PCB designs. Each resistor in the network offers a 100kΩ resistance with a ±5% tolerance and a ±200ppm/°C temperature coefficient, ensuring stable performance across varying environmental conditions. The 80mW power rating per element and ROHS3 compliance make it suitable for modern, eco-conscious electronics manufacturing.

752091104JP Features

• 8-resistor bussed network in a 9-pin configuration for simplified circuit design.
• Surface-mount (SMT) packaging with MSL 1 (Unlimited) moisture sensitivity, ensuring reliability in humid environments.
• Wide operating temperature range (±200ppm/°C) for stable performance in industrial applications.
• Compact dimensions (13.08mm × 2.03mm) and low-profile design (2.53mm) for high-density PCB layouts.
• RoHS3 & REACH compliant, meeting stringent environmental regulations.

752091104JP Applications

This resistor network is particularly suited for:

• Signal conditioning in analog and digital circuits.
• Pull-up/pull-down resistor arrays in microcontroller and FPGA designs.
• Voltage division networks in sensor interfaces and measurement systems.
• Industrial automation due to its robust tolerance and thermal stability.
• Consumer electronics, where space efficiency and reliability are critical.

Conclusion of 752091104JP

The 752091104JP resistor network combines compact design, stable performance, and environmental compliance, making it a versatile choice for modern electronics. While marked as obsolete, its bussed architecture, 80mW power handling, and industrial-grade specs ensure it remains a viable solution for legacy designs or specific applications requiring its unique configuration. Engineers seeking a reliable, space-saving resistor array for signal processing or voltage division should consider this model for its proven performance.