Overview of Z8523016VEG by Zilog Inc.
The Z8523016VEG is a dual-channel serial communication controller capable of handling speeds up to 4.096 Mbps, encapsulated in a 44-pin plastic leaded chip carrier (PLCC) with a quad shape and chip carrier style, specifically the PQCC44 package. It operates on a 16 MHz clock frequency, designed to handle communication protocols such as ASYNC, HDLC, SDLC, and BISYNC. This controller is characterized by its flexibility, evidenced by its extended operation temperatures from -40 to 100 °C and its usability in modem control I/O operations or general-purpose I/O settings. Additional features include a 10 x 19 frame status FIFO which contributes to enhanced data handling capabilities.
Zilog Inc., the manufacturer, ensures this component is constructed using CMOS technology within a green-compliant, RoHS-certified, and Pb-free framework. The Z8523016VEG is suitable for embedding in systems requiring stringent environmental and safety standards. Moreover, Zilog has transferred this part’s life cycle but continues to maintain essential specifications such as a maximum supply voltage of 5.5 V and a minimum of 4.5 V, consuming a maximum of 15 mA. It supports an 8-bit external data bus width and adheres to various standards, including JESD-609 Code e3.
Industry Applications for Z8523016VEG
The Z8523016VEG’s features make it potentially applicable to a broad spectrum of industries, although its utilization depends on rigorous verification and suitability checks by engineering and design teams, confirming that the application meets industry standards and specific requirements. Here are some of the industries where this serial communication controller could theoretically find utility:
- Industrial Automation: The controller could potentially be used to manage communications between various industrial equipment and control units, improving synchronization and data integrity in complex manufacturing processes.
- Consumer Electronics: In consumer devices, the Z8523016VEG might help in managing data transfer and signal processing tasks within multimedia systems, enhancing device performance and connectivity.
- Telecommunications: The part might also be useful in telecommunication infrastructures, where robust and reliable data transport systems are crucial. It might help in handling high-speed data transmission protocols, contributing to better network performance and reliability.
- Computing and Data Storage: Given its capabilities in handling high-speed data and supporting multiple communication protocols, the controller could potentially optimize data flow between storage devices and processors in computing systems.
- Electronic Manufacturing: This device might be integrated into testing equipment used during the manufacturing process of electronic products to ensure communication protocols are adhered to effectively.
Note that these potential applications are conceptual and require thorough analysis and validation for real-world application.
About Zilog Inc.
Zilog Inc. is well-known for its pioneering work in the Microcontrollers and Processors sector, with a particular strength in the Serial IO/Communication Controllers. Zilog’s offerings, including the Z8523016VEG, showcase their commitment to providing robust solutions for complex digital communications. Zilog has continually evolved its technology, showcasing their adaptability and depth in designing and manufacturing versatile, high-performance microcontrollers and processors that meet the evolving needs of various industries.
Where to Find Z8523016VEG by Zilog Inc.
For those interested in purchasing the Z8523016VEG, it’s advisable to visit findchips.com. This site provides up-to-date availability, pricing, and detailed part information. Historically, distributors such as Quest Components and Mouser Electronics have stocked this item, but inventory levels and pricing may fluctuate. For alternatives, consider exploring other Serial IO/Communication Controllers manufactured by Zilog Inc. or other leading providers to potentially suit your specific requirements.