80HCPS1432CHMI

Series:	CPS-1432
Packaging:	Tray
Part Status:	Obsolete
Type:	Serial RapidIO® Switch
Applications:	Wireless Infrastructure
Mounting Type:	Surface Mount
Package / Case:	576-BBGA, FCBGA
Supplier Device Package:	576-FCBGA (25x25)

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Specialized ICs:80HCPS1432CHMI is an advanced monolithic integrated circuit, commonly referred to as a “programmable microcontroller”, that is specifically designed to provide users with increased control and improved flexibility over their product designs. This advanced IC supports 75mHz CMOS and can be used within a variety of applications and product designs.Application Field:The application field for this programmable microcontroller can vary depending on the engineer’s design requirements and system specifications. Some common application areas for this integrated circuit include factory automation, home automation, telecom systems, building/medical control systems, security systems and embedded products. The integrated circuit is also well suited for traditional applications such as remote control, PLC control and SCADA (supervisory control and data acquisition).Working Principle:The 80HCPS1432CHMI was designed to provide users with advanced Flexibility in their designs. This programmable microcontroller uses on-chip resources to make it easy to debug and to reduce pin count and system complexity. The user can reduce the number of components required by using features such as: power fail sensing and power fail reset, temperature sensor, watchdog timer and external memory ports. The device is also equipped with commands to quickly program the system for specific operations, allowing for greater efficiency and reduced time-to-market.In addition to its ease of use and ability to reduce system complexity, the integrated circuit provides users with improved flexibility by offering four different types of on-chip resources to choose from. The on-chip resources include: EEPROM, Flash Memory, SRAM, and EPROM memory. Each of these memory types has different characteristics and offers a different set of features depending on the system design requirements.In addition to its advanced Flexibility and reduced system complexity, the 80HCPS1432CHMI’s core features include: A RISC-based Architecture (RISC), Programmable Logic Array (PLA), Direct Memory Access (DMA), Multiple Serial Communication Channels (SCI, SPI, and I2C), On-Chip Digital to Analog (D/A) Converter, Graphics Controller and Video Encoder, On-Chip Power Management, and an On-Chip Real-Time Clock.The integrated circuit utilizes the RISC Architecture (Reduced Instruction Set Computing) in order to provide users with high performance and reduced power consumption. This architecture is augmented by the programmable logic array which allows engineers to design more complex systems in a shorter amount of time. The Direct Memory Access (DMA) feature reduces overall system response time by allowing the microcontroller to access external memory without using the CPU.The multiple serial communication channels (SCI, SPI, and I2C) provide users with reliable communication between multiple devices. The on-chip digital to analog (D/A) converter allows the microcontroller to communicate with analog sensors, while the on-chip graphics controller and video encoder enable users to design more advanced graphics-based user interfaces. The on-chip power management feature ensures that the microcontroller is optimally powered for the application, and the real time clock ensures that time sensitive operations are conducted with the accuracy that is mandated.The 80HCPS1432CHMI is a powerful programmable microcontroller that provides users with increased design flexibility, improved system performance, and reduced system complexity. The integrated circuit is designed to provide users with a high performance yet low power solution for their embedded designs. The on-chip resources and the architecture of this device allow for greater efficiency and shorter time-to-market, enabling users to quickly develop cost effective solutions for their embedded products.

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