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CRA04P08356R0JTD

CRA04P08356R0JTD Description

The CRA04P08356R0JTD is a compact, surface-mount resistor network from Vishay Dale's CRA04 series, designed for high-density PCB applications. This 4-resistor isolated array offers a 56Ω resistance per element with a ±5% tolerance and ±200ppm/°C temperature coefficient, ensuring stable performance across varying environmental conditions. Encased in an 0804 concave long-side terminal package (2.00mm x 1.00mm), it features a low-profile 0.55mm seated height, making it ideal for space-constrained designs. The 62.5mW power rating per resistor and ROHS3 compliance further enhance its suitability for modern electronics.

CRA04P08356R0JTD Features

• Compact Design: Ultra-thin 0.022" (0.55mm) profile and miniature 0804 footprint save board space.
• High Reliability: ±200ppm/°C TCR and ±5% tolerance ensure consistent performance in temperature-sensitive applications.
• Efficient Power Handling: 62.5mW per resistor balances power dissipation with compactness.
• Surface-Mount Ready: 8-pin configuration with concave terminals for secure soldering.
• Compliance: ROHS3 and EAR99 certified, with MSL 1 (unlimited) moisture sensitivity for extended shelf life.

CRA04P08356R0JTD Applications

This resistor array excels in precision circuits requiring multiple matched resistors, such as:

• Voltage dividers in sensor interfaces.
• Pull-up/pull-down networks for microcontrollers and FPGAs.
• Signal conditioning in industrial automation and IoT devices.
• Consumer electronics, including wearables and compact audio equipment, where space and reliability are critical.

Conclusion of CRA04P08356R0JTD

The CRA04P08356R0JTD combines Vishay Dale's proven reliability with a compact, high-performance design. Its isolated 56Ω resistors, low thermal drift, and industry-standard compliance make it a versatile choice for modern electronics. While marked obsolete, its robust specifications ensure it remains a practical solution for legacy designs or inventory-based procurement. Ideal for engineers prioritizing space efficiency without compromising on electrical stability.