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EXB-H5E470J

EXB-H5E470J Description

The EXB-H5E470J from Panasonic Electronic Components is a compact, surface-mount resistor network designed for high-density PCB applications. This 4-resistor bussed array offers a 47-ohm resistance per element with a ±5% tolerance and a ±200ppm/°C temperature coefficient, ensuring stable performance across varying environmental conditions. Encased in a 5-pin SSIP (Single Side In-Line Package), it measures 7.08mm x 2.20mm (0.279" x 0.087") with a low-profile height of 2.69mm (0.106"), making it suitable for space-constrained designs. Rated at 62.5mW power per element, this obsolete but reliable component is ideal for legacy or low-power circuits.

EXB-H5E470J Features

• Compact Design: Ultra-thin 2.69mm profile and small footprint optimize board space.
• Stable Performance: ±200ppm/°C TCR and ±5% tolerance ensure consistent operation under thermal stress.
• Bussed Circuit Configuration: Simplifies layout by connecting resistors in a common-node topology.
• Surface-Mount Compatibility: MSL 1 (Unlimited) moisture sensitivity allows extended shelf life and ease of handling.
• High-Density Integration: 4-resistor array reduces component count versus discrete resistors.

EXB-H5E470J Applications

• Consumer Electronics: Voltage division, pull-up/pull-down networks in compact devices.
• Industrial Controls: Signal conditioning in PLCs and sensor interfaces.
• Legacy Systems: Maintenance or repair of older equipment requiring obsolete parts.
• Automotive Electronics: Low-power circuits where space efficiency is critical.
• Telecom Hardware: Impedance matching in high-density communication modules.

Conclusion of EXB-H5E470J

The EXB-H5E470J excels in applications demanding miniaturization, reliability, and simplified PCB routing. While marked obsolete, its robust construction, stable TCR, and bussed design make it a pragmatic choice for legacy systems or cost-sensitive projects. Engineers valuing Panasonic’s quality and standardized performance will find this resistor array a dependable solution for space-optimized, low-power circuits.