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RACF164DJT2K00

RACF164DJT2K00 Description

The RACF164DJT2K00 from Stackpole Electronics, Inc. is a surface-mount resistor network designed for high-density PCB applications. This 4-resistor array features a compact 1206 (3216 Metric) concave package with long-side terminals, offering a space-saving footprint of 3.20mm x 1.60mm (0.126" x 0.063") and a low profile of 0.75mm (0.030"). Each resistor provides a 2kΩ resistance with a ±5% tolerance and a ±200ppm/°C temperature coefficient, ensuring stable performance across varying environmental conditions. The isolated circuit configuration allows independent resistor operation, making it versatile for diverse circuit designs.

RACF164DJT2K00 Features

• High Reliability: ROHS3 Compliant and REACH Unaffected, meeting stringent environmental standards.
• Power Handling: 62.5mW per element, suitable for low-power applications.
• Moisture Resistance: MSL 1 (Unlimited) rating ensures durability in humid environments.
• Concave Package Design: Enhances solder joint reliability and mechanical stability.
• Tape & Reel Packaging: Optimized for automated assembly processes, improving manufacturing efficiency.

RACF164DJT2K00 Applications

Ideal for precision analog and digital circuits, the RACF164DJT2K00 excels in:

• Voltage Division Networks: Provides consistent performance in sensor interfaces and ADC circuits.
• Pull-Up/Pull-Down Arrays: Ensures signal integrity in microcontroller and FPGA applications.
• Industrial Electronics: Suitable for harsh environments due to its robust construction and stable TCR.
• Consumer Electronics: Compact size and reliability make it perfect for smartphones, wearables, and IoT devices.

Conclusion of RACF164DJT2K00

While marked Obsolete, the RACF164DJT2K00 remains a dependable choice for legacy designs requiring a compact, high-performance resistor array. Its isolated circuit design, concave package, and compliance with environmental standards offer distinct advantages over generic alternatives. Engineers working on space-constrained or low-power applications will find this component particularly valuable, though newer alternatives should be evaluated for future-proof designs.