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CRA06S083100RJTB

CRA06S083100RJTB Description

The CRA06S083100RJTB from Vishay Dale is a high-performance surface-mount resistor network designed for precision applications. This 4-resistor array features isolated 100Ω resistors with a ±5% tolerance and a ±200ppm/°C temperature coefficient, ensuring stable performance across varying environmental conditions. Encased in a compact 1206 (3216 Metric) convex package with long-side terminals, it offers a footprint of 3.20mm x 1.50mm and a low-profile height of 0.60mm. The device is rated for 62.5mW power per element and complies with ROHS3 environmental standards, making it suitable for modern electronics requiring eco-friendly components.

CRA06S083100RJTB Features

• Compact Design: Space-saving 1206 package with convex, long-side terminals for improved PCB layout flexibility.
• High Reliability: ±5% tolerance and ±200ppm/°C temperature coefficient ensure consistent performance in demanding conditions.
• Eco-Compliant: ROHS3 and EAR99 compliant, meeting global environmental and export regulations.
• Surface-Mount Ready: Tape & reel (TR) packaging facilitates automated assembly processes.
• Moisture Resistant: MSL 1 (unlimited) rating allows extended storage without moisture sensitivity concerns.

CRA06S083100RJTB Applications

This resistor array is ideal for applications requiring precision resistance in a compact form factor, including:

• Signal Conditioning: Used in analog/digital signal processing circuits for impedance matching.
• Voltage Division: Suitable for sensor interfaces and measurement systems.
• Consumer Electronics: Integrated into portable devices, wearables, and IoT modules.
• Industrial Controls: Deployed in PLCs, motor drivers, and power management systems.

Conclusion of CRA06S083100RJTB

The CRA06S083100RJTB combines Vishay Dale’s expertise in resistor networks with a robust, miniaturized design. Its isolated resistors, stable thermal performance, and compliance with industry standards make it a versatile choice for engineers seeking reliability in space-constrained applications. While marked as obsolete, its proven performance ensures continued suitability for legacy designs and specific high-reliability use cases.