MC68360CVR25LR2

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The MC68360CVR25LR2 is a programmable embedded critical control processor – a microprocessor system-on-a-chip – produced by Motorola and intended for use in several embedded processing applications. The MC68360CVR25LR2 includes an integrated DRAM controller, a 16-bit internal bus, an on-chip interrupt controller, as well as a built-in DMA controller. The device has a scaled 8-bit bit ALU, 16-bit ALU, a 32-bit barrel shifter, and an on-chip hardware multiplier.

In terms of its application field, the MC68360CVR25LR2 is suitable for high-performance control systems, HVAC systems, robotics, monitoring systems, audio video signal processing, factory and automotive control systems, and home controls. In addition, the device is suitable for networking applications, including wired and wireless networking, intelligent networking, distributed networking, and quality of service (QoS) networking. The device is also suitable for radio communication systems, in particular radio base station supervision, signal transmission and base station control.

At the core of the MC68360CVR25LR2 is the Motorola 68360 microcontroller. This device includes an array of computing blocks that can be customized and combined to create powerful embedded control systems. The 68360 includes a set of basic instruction set architecture (ISA) instructions, as well as a set of advanced addressing modes, coprocessor instructions, and sophisticated interrupt handling capabilities. In addition, the device includes a variety of on-chip peripherals, such as a five channel DMA controller, four 16-bit timers, a low power oscillator, and a six channel universal serial bus (USB) controller.

The MC68360CVR25LR2 is configured through an on-chip signal routing canvas. This canvas allows for an extensive variety of on-chip signal routing and signal conditioning blocks, from which users can configure the chip to meet the specific needs of their applications. The device also includes a variety of on-chip debugging capabilities, such as a built-in instruction trace and a built-in program flow trace, as well as an internal debugger and a monitor/debugger debugger, enabling users to debug their application code easily.

The device includes a variety of on-chip memory components, such as ROM, USPRAM, and dual-purpose RAM. These memory components are organized into small, erasable pages and can be configured to work with a variety of memory architectures, such as SRAM, SDRam and flash. Additionally, the device includes a variety of system-specific IP blocks, such as USB, Ethernet and serial communications. The device also includes an on-chip program sequencer, which helps to simplify the programming process.

The MC68360CVR25LR2’s operating performance can be further enhanced by the implementation of an on-chip power management subsystem. This subsystem manages the chip’s power state, helps to reduce the power consumption of the device, and increases the performance of its real-time applications. In addition, the device includes a variety of peripherals, such as universal serial bus (USB) ports, IEEE-1394 ports, Ethernet ports, and serial ports. In addition, the device includes a host of other features, such as a watchdog timer, an integrated temperature sensor, an interrupt controller, and an on-chip program memory.

The MC68360CVR25LR2 is a powerful device intended for embedded processing applications. By taking advantage of its built-in computing and signal development blocks, users can design a custom embedded control system to meet the specific requirements of their applications. Furthermore, by taking advantage of its on-chip power management capabilities, the device provides excellent power efficiency and improved system performance.

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