96HD6TB-ST-WD7KE1

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The 96HD6TB-ST-WD7KE1 is a Microcontroller and Silicon Technology based device used for controlling a variety of systems and processes. It features high performance, low power, and enhanced noise immunity. This microcontroller is integrated with a wide range of features, including GPIO, Pulse Modulation Interface (PMI), dual clock support, and a high speed data bus. The 96HD6TB-ST-WD7KE1 is used in a variety of applications, from consumer electronics and automotive to industrial and medical. It can be used in medical electronics such as infusion pumps, where the device can be used to process and control various functions. It can also be used in robotics and automation projects, where it can be used to control motors, actuate sensors, and perform other tasks.

The 96HD6TB-ST-WD7KE1 is an 8-bit microcontroller based on the 80C51 architecture, which utilizes a multi-level bus protocol and a powerful RISC-style CPU. Its operating voltage range is from 1.0V to 3.3V. This low voltage operation makes it ideal for battery-powered applications, especially medical and robotic base pads. The device is also offered in a Low Power Consumption (LPC) version for the most demanding portable or battery-operated applications.

The 96HD6TB-ST-WD7KE1 has two clock sources. The first is the Main CPU Clock, which determines the operating speed of the device. This clock can be set to operate from 20MHz to 30MHz, with a typical operating frequency of 24MHz. The second clock source is the Peripheral Clock, which determines the speed of the peripheral devices. This clock can be set to operate from 0 to 24MHz. The combination of these two clocks provides flexibility for the system designer and allows the device to be optimized for both performance and power efficiency.

The Peripheral Bus Interface (PBI) provides an easy way to connect external peripherals to the microcontroller. This bus is 8-bit wide and supports multiple transfer modes. It enables higher data throughput and greater bus efficiency compared to a traditional bus. The PBI also provides an interrupt capability and can be used to link multiple devices together.

The 96HD6TB-ST-WD7KE1 has two GPIO ports, with support for digital I/O (input/output), serial communication, and analog inputs. Digital logic input is provided on both Ports 0 and 1. Both ports have 8 pins each and can be used for input/output operations. Serial communication is supported on both ports and can be used for communication protocols such as I2C, UART, and SPI. The analog input pins provide multiplexed ADC (Analog-to-Digital Converter) readings from external sensors or the built-in analog controls.

The Pulse Modulation Interface (PMI) is an 8-bit line with high voltage levels, which allows direct interfacing between the microcontroller and external controls without the need for logic level conversion. This interface can control LED, DC motor, and servo motors, as well as providing feedback to the CPU. The PMI has eleven channels and can be used to control up to 11 external devices.

The 96HD6TB-ST-WD7KE1 provides a powerful yet low power data bus with 8-bit bidirectional data transfer capability. This data bus is capable of supporting up to 4 devices in a Master-Slave configuration. The speed of the bus can be set from 0 to 24MHz, allowing data to be transferred between devices at great speed.

The 96HD6TB-ST-WD7KE1 is a versatile and highly integrated device with a wide range of features and applications. Its low power and high performance make it perfect for consumer electronics, automotive, medical, industrial, and robotic applications. It is capable of handling complex control and monitoring tasks with ease, allowing the user to save time and money in system design and development.

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