W78E058DLG

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• Introduction
• The W78E058DLG is an embedded microcontroller, designed specifically for embedded applications in interfacing, control and automation.
• The microcontroller is embedded on a single chip, making it easier to integrate into systems. It also has an unimpeded high speed data access, supporting low cost and interchangeable memory.
• The W78E058DLG is a powerful and easy to use microcontroller, suitable for both medium- and high-performance embedded applications.
• Application Fields and Working Principle
• The W78E058DLG is capable of handling a wide range of applications such as cellular phones, security systems, automotive systems, smart homes and industrial automation, among others.
• The microcontroller is based on the 8-bit, E80C51 core with a maximum speed of 25MHz. It features 128K of Flash programming memory, 4K of on-chip RAM, two timers and a variety of serial interfaces.
• The W78E058DLG is designed with a modular architecture, allowing it to be programmed and debugged, making it easier to integrate into existing systems.
• The microcontroller also comes with an integrated power management circuit and a low-cost power supply. The power management circuit allows the W78E058DLG to save energy and reduce its operating power consumption.
• The microcontroller has built-in functions to help users in monitoring input/output signals, temperature, and voltage etc. It has a range of in-circuit serial programming (ICSP) ports to facilitate communication with an external debug unit which makes the development more efficient.
• The W78E058DLG supports various peripherals such as an analog-to-digital converter (ADC) and a pulse width-modulated (PWM) output, allowing users to take advantage of its features in their specific applications.
• Conclusion
• The W78E058DLG is an extremely versatile and powerful microcontroller, suitable for both medium- and high-performance embedded applications. It has a modular architecture, which makes it easier to integrate into existing systems, and its integrated power management circuit makes it energy efficient.
• The microcontroller is highly capable and can be used to create a variety of automated devices and systems. It is compatible with a range of peripherals and can be programmed an debugged in an efficient and cost-effective manner.

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