ENW-C9A02A3E

RF Transceiver Modules And Modems Overview

The ENW-C9A02A3E is a wireless connectivity module manufactured by Panasonic Electronic Components. It integrates an RF transceiver supporting the IEEE 802.15.4 standard, enabling ZigBee protocol operation at a data rate of 250Kbps. The device is housed in a compact 48-pin surface-mount device (SMD) package designed for integration into electronic systems requiring low-power wireless communication capabilities.

RF Transceiver Modules And Modems Feature Summary

• Supports IEEE 802.15.4 standard for ZigBee wireless communication
• Operates at a data transmission rate of 250Kbps
• Utilizes a 48-pin SMD package for board integration

RF Transceiver Modules And Modems Applications

• ZigBee network node implementation
• Low-power wireless sensor devices
• Industrial automation control modules

RF Transceiver Modules And Modems Procurement Notes

Verify the specific datasheet version and pinout configuration against the target PCB design to ensure compatibility with the 48-pin SMD footprint. Confirm regulatory compliance status, such as RoHS certification, prior to finalizing component selection for production runs.

RF Transceiver Modules And Modems Selection Notes

Select this module when a dedicated solution for 802.15.4 based wireless protocols is required within a constrained form factor. The 48-pin interface suggests complex signal routing needs; ensure adequate layout space and thermal management are accounted for during the hardware design phase.

RF Transceiver Modules And Modems Part Context

This component belongs to Panasonic's portfolio of electronic components, specifically within the wireless connectivity category. It serves as a specialized radio frequency solution for applications demanding standardized short-range wireless data exchange capabilities in industrial or commercial settings.

RF Transceiver Modules And Modems Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Verify cross-compatibility with existing designs through rigorous electrical testing if alternative sources are considered.