Z86E4704PSG Integrated Circuits (ICs)

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Embedded - Microcontrollers - Application Specific
The Z86E4704PSG is a microcontroller specifically engineered to a variety of applications. It is a 48-pin entrenched microcontroller featuring flash EEPROM, RAM, and I/O ports. The processor core is an 8-bit Intel Z280-class Z8E04 compatible processor compliant with the Zilog Z86E04/E08 family of micro-controllers.
The embedded system of the Z86E4704PSG is designed to interface easily with various devices and connections. It features two full-duplex serial ports (UARTS) with up to 4Mbps data rate, two SPI buses with full-duplex communications for up to 8-bit data width, two timer/counter groups (T0, T1, T2, T3) with four 16-bit counters for PWM, capture, and compare applications. It also includes 2x I2C ports for enhanced digital audio and video streaming, as well as five I/O ports (Port A, B, C, D, E) providing up to 8GB of extra I/O flexibility.
The Z86E4704PSG also has an 8x8-bit general-purpose register (GP-SR) which can be used to store predefined values and instructions. It is also equipped with a clock generator and RAM circuit, allowing it to perform continuous and low-power operations.
Application Fields
TheZ86E4704PSG microcontroller is highly suitable for use in embedded computing applications that require multiple I/O ports and low power consumption. This multi-function chip is often used for digital appliances and audio/video streaming, motor control, software and hardware debugging and development, telecom, automotive, gaming, and small-scale industrial systems.
The chip is great for applications with multiple digital devices and I/O ports. It requires minimal external components, which makes it an ideal choice for high-performance yet low-cost I/O operations. It is also suited for applications where continuous run of low-power operations is essential, such as controllers for photovoltaic (solar) systems, medical equipment and environments, or even automotive applications such as navigation systems.
Working Principle
The Z86E4704PSG, commonly known as the Z86E, is an 8-bit controller with a wide range of I/O interface functions. It is powered by an Intel Z280-class processor. The basic concept behind the operations of the Z86E is to integrate functions onto one chip so that multiple systems can be interconnected without the need for additional components or complex designs.
The Z86E functions as a master controller, which acts as an interface between the host device and other modules. It can be used to control multiple devices, as well as send and receive data. The processor core provides the Z86E with the ability to process data at speeds of up to 8MHz. It has a 8x8-bit General-Purpose Register, allowing it to store predefined values and instructions.
The Z86E contains four ports (Port A, B, C, D,E), which are connected to other devices. These ports are used to send and receive I/O signals and data. They are also capable of transmitting digital audio, video and data signals. The chip also has an internal RAM circuit, which is used to store data for accessing, transferring and manipulating data.
The chip has two full-duplex UARTs, up to 4Mbps each, which are used for communicating with different devices. It also has two SPI buses, which can transfer up to 8-bit data. The Z86E also contains two timer/counter groups (T0, T1, T2, T3), which can be used to generate various timing signals.
The Z86E4704PSG microcontroller is an essential component used for multiple applications in embedded computing due to its advanced features. It contains a wide range of I/O interfaces and can be used to communicate with different devices. It is designed to interface easily with other components and its 8-bit processor core enables it to perform continuous and low-power operations. The Z86E is suitable for digital appliances and audio/video streaming, motor control, software and hardware debugging and development, telecom, automotive, gaming, and small-scale industrial systems.

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