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Products
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Highlights |
Key Applications |
Features & Benefits
First Intel® MCS® 96 Family Microcontroller with Integrated Flash Memory at Commercial Temp
 | Integrated, on-chip Flash memory for compact, cost-effective embedded designs | |
| 196 compatibility | |
| On-board CAN2.0 protocol eliminates need for external interface devices | |
| Serial Debug Unit (SDU) for development support and code RAM access | |
| Event Processor Array (EPA) and 16-channel A/D converter for event-triggered signal conversions without CPU overhead | |
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The Intel® 88CO196EC microcontroller is the first member of the Intel® MCS® 96 family of microcontrollers with integrated Flash memory - on the chip. Integrated Flash memory gives designers new capabilities for compact, cost-effective solutions in industrial controls, power controllers, and industrial engine management applications.
The Intel 88CO196EC contains a highly integrated set of functions, including the CAN2.0 in-vehicle networking protocol, plus an SDU, stack monitor, 16-channel A/D converter, and an enhanced EPA. With the SDU, designers can set a hardware breakpoint for debugging purposes, plus read and write code RAM as well as program the Flash memory through a high-speed, dedicated serial link. The stack monitor detects stack overflow and underflow conditions and invokes a non-maskable interrupt if the stack pointer crosses a user-defined boundary. The enhanced EPA, capable of transmitting and receiving Pulse Width Modulation (PWM) signals, handles high-speed input and output events with reduced overhead and trigger A/D conversions. The 16-channel, 8- or 10-bit A/D converter, with an individual register for each channel, supports an auto-scan mode and consumes no CPU overhead.
The Intel 88CO196EC is available in a 132 Lead Plastic Quad FlatPack at 40 MHz. You have the option to buy it at either commercial temperature range (0°C to +70°C) or at extended temperature range (-40°C to +85°C).
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For current Intel® 8XC196 microcontroller-based designs that are memory-limited, the Intel 88CO196EC microcontroller maintains code with added memory |
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Point-of-sale terminals, printers, scanners, card readers, and other cost-sensitive designs |
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Industrial controllers, automation control, and instrumentation |
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Power managers, such as uninterruptible power supplies and power meters |
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Consumer appliances |
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Features |
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Benefits |
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16-bit CPU |
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Performance up to 40 MHz |
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256 Kbytes of On-chip Flash Memory |
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Integrated for performance and reduced system cost |
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Two Peripheral Interrupt Handlers (PIHs) |
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Efficiency in handling up to 45 hardware interrupts |
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Enhanced Event Processor Array (EPA) |
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Reduced CPU overhead for high-speed I/O events |
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Controller Area Network (CAN) 2.0 |
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Easily interfaces with high-speed networking standards such as DeviceNet* and SDS* |
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Integrated Analog to Digital Converter |
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Reduced system cost |
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Three Chip Selects |
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Featuring programmable wait states, bus width, and address ranges for each chip select |
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Serial Debug Unit (SDU) |
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Improved debug support to decrease design time |
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Watch Dog Timer and Clock Failure Detection Logic |
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Increased system reliability |
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Idle/Powerdown Modes |
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Power saving for low-power solutions |
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Serial I/O (Asynchronous) |
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Allows for communication via a standard universal asynchronous port |
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Synchronous Serial I/O (SSIO) |
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Provides either two unidirectional serial communication channels or one synchronous bi-directional communication channel. These can be run in standard, duplex, or channel-select modes. |
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General Purpose I/O |
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59 General Purpose I/O pins for breadth and versatility in event processing |
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