EZ80F91NA050EC00TR

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The EZ80F91NA050EC00TR microcontroller is a powerful device developed by Zilog to enable embedded system engineers to create efficient embedded systems for various applications. It is an 8-bit microcontroller based on the Zilog eZ80 architecture. This microcontroller is highly integrated and has advanced peripherals such as 128K bytes of internal Flash memory, a single-cycle multiplier and hardware support for USB, CAN and LIN bus networks. This device is especially suitable for automotive applications due to its reliability and extended temperature range.

The EZ80F91NA050EC00TR is a highly integrated microcontroller suitable for a wide variety of embedded applications. It features a high-performance Zilog eZ80 core, 128K bytes of internal Flash memory and a variety of peripherals including USB, CAN and LIN bus networks. The device also features a single-cycle multiplier, a C compiler optimized to achieve superior performance and an innovative low-power VCC sleep mode. In addition, the EZ80F91NA050EC00TR has an extended operating temperature range, which makes it suitable for use in automotive applications.

The EZ80F91NA050EC00TR has a wide range of uses in embedded systems. It is well suited for industrial automation, security and surveillancesystems, consumer electronics, automotive electronics and other sophisticated embedded systems. It is also used for data acquisition in medical and scientific applications. The device has a variety of inputs and outputs, making it easy to integrate with both digital and analog peripheral devices.

The EZ80F91NA050EC00TR is designed to operate efficiently and provide reliable performance. Its advanced features and high-speed operation make it ideal for low-power and real-time applications. It is designed to operate within a voltage range of 1.65V to 3.6V, making it suitable for a wide variety of battery-operated applications. The device has an integrated low power sleep mode with 3 selectable and individually programmable levels, making it useful for applications requiring low power consumption.

The working principle of the EZ80F91NA050EC00TR is based on the Zilog eZ80 architecture. It has a Harvard architecture consisting of an 8-bit program bus, an 8-bit data bus and 32 register files. The device also features a 512K static RAM, a 128K internal Flash memory and three different option bytes, allowing high flexibility and scalability. The device supports a wide range of instruction sets, including Z80, Z180 and Z180B instruction sets.

The EZ80F91NA050EC00TR is a highly integrated microcontroller with a wide range of peripherals and applications. It has advanced features such as 128K bytes of internal Flash memory, a single-cycle multiplier, hardware support for USB, CAN and LIN bus networks, an extended operating temperature range, excellent low-power operation and a wide range of Input/Output options. It is an ideal device for embedded system engineers to create efficient and reliable embedded systems for various applications, such as industrial automation, security and surveillance systems, consumer electronics and automotive electronics.

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