MC9S12DT256CCPV

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MC9S12DT256CCPV is an embedded microcontroller microprocessor in production by NXP Semiconductors. It is part of the S12DT family of 8-bit microcontrollers manufactured by NXP. It is widely used in automotive, industrial and consumer electronics applications, where it is known for its versatility, cost-effectiveness and capability of customized development.

MC9S12DT256CCPV has a 5V operating voltage, 256K byte program memory and 32K byte RAM. It contains a wide variety of on-chip modules, including an analog-to-digital converter, pulse-width-modulation controller, timer, interrupt controller, 19-channel parallel communication interface, serial peripheral interface, CAN controller and an x-gate module.

The MC9S12DT256CCPV is designed to have 3-level interrupt capability, which means that it can recognize up to three interrupts simultaneously. Each interrupt is assigned a priority, which determines the order of service. This enables the MC9S12DT256CCPV to efficiently and effectively handle multiple tasks.

The MC9S12DT256CCPV offers users the ability to customize the microcontroller according to their application needs. A variety of software tools are available to help user design circuits and write code for the MC9S12DT256CCPV. These tools allow the code to be written in a number of languages such as C and Assembly. They also include development tools such as simulators, debuggers, and compilers.

The MC9S12DT256CCPV IC is useful in a wide range of industrial and automotive applications. It supports up to 19 peripheral channels and four serial channels. It is also capable of generating digital and analog outputs. As such, it can easily be used for measuring temperature and other environment data, controlling motor speed and frequency changes, or other digital and analog values.

The microcontroller is powered by an internal oscillator, with a frequency of up to 16MHz. This provides an efficient platform to run complex control algorithms and manage multiple tasks simultaneously. The microcontroller speed control is achieved through a programmable parameter that instructs the system to step up or down the oscillator frequency as needed. This ensures that the microcontroller will automatically optimize its operation to match the target application.

The MC9S12DT256CCPV is versatile yet cost effective microcontroller designed to offer various features at an affordable price. This, combined with its flexibility in customization, makes the MC9S12DT256CCPV ideal for a range of application areas, including automotive, industrial and consumer electronics. As a result, the MC9S12DT256CCPV is increasingly being adopted for use in a variety of different industries and applications.

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