ST60-2230C-P by Laird, A DuPont Business

Overview of ST60-2230C-P by Laird, A DuPont Business

The ST60-2230C-P is an RF Transceiver Module that supports Bluetooth technology and includes a u.FL connector type, designed for card edge interfaces. This part falls within the realm of Other Telecom ICs, a subcategory of Telecommunication Circuits. It is part of the 60 Series multiprotocol modules labeled as the Sterling Module with u.FL, featuring PCIE/UART interface options.

Manufactured by Laird, a business of DuPont, the ST60-2230C-P is compliant with the RoHS normative, indicating it does not use certain hazardous materials in the manufacturing process. According to the part data attributes provided, this component is currently in a “Transferred” life cycle phase. The factory lead time for this component is around 26 weeks, meaning it could take approximately six months for delivery from the point of order under normal conditions, which is crucial information for project planning purposes. The HTS code for this component is 8542.39.00.01, which categorizes it under certain customs regulations impacting import and export processes.

Industry Applications for ST60-2230C-P

The ST60-2230C-P could find potential application in several industries. However, it is essential to understand that these industries and applications highlighted below are illustrative and should undergo thorough analysis and verification by respective engineering and design teams for compliance with industry standards and particular application requirements. Here are potential industry applications:

  • Consumer Electronics: The ST60-2230C-P might be suited for devices requiring wireless communication capabilities, such as smartwatches, fitness trackers, or wireless headphones.
  • Computing and Data Storage: This part could potentially be used within networking equipment, such as wireless routers and modems, where robust and reliable Bluetooth connectivity is crucial.
  • Telecommunications: Given its specific telecom circuit function, it might be integrated into telecom systems needing Bluetooth connectivity for setup, control, or monitoring, possibly in equipment for cellular towers or base stations.
  • Healthcare: Portable medical devices that require data transmission to monitoring equipment could possibly use this component, given its wireless transmission capabilities and compliance with RoHS, which ensures reduced toxic materials.
  • Smart Cities: The ST60-2230C-P could potentially be used in smart city infrastructure, such as in traffic management systems or public WiFi systems that require Bluetooth connections for system management and data relay.

Note: The applications mentioned above are conceptual and need detailed investigation to ensure viability.

About Laird, A DuPont Business

Laird, a DuPont Business, is recognized for its development and production of high-performance telecom circuit components, specializing within the Other Telecom ICs subcategory. The technology giants amalgamated expertise encompasses the creation of modules that facilitate robust data communications in a multitude of electronic applications across a variety of fields. ST60-2230C-P represents one of their multifunctional offerings intended to address evolving technological communication needs.

Where to Find ST60-2230C-P by Laird, A DuPont Business

For those interested in acquiring the ST60-2230C-P or exploring similar parts from Laird or other manufacturers, visiting findchips.com is recommended. On findchips.com, you can search for ST60-2230C-P within the Other Telecom ICs to compare current stock levels and pricing from various distributors.

Previously, the part has been available through distributors such as Symmetry Electronics, Sensible Micro Corporation, Avnet Americas, RS, Mouser Electronics, and DigiKey. However, for current availability, pricing, and possible alternatives, conducting a search on findchips.com provides updated and comprehensive information.

Compare pricing for ST60-2230C-P and other Other Telecom ICs / Telecommunication Circuits at findchips.com