STR715FR0T6

The STR715FR0T6 is a low-power, ARM7TDMI-based 32-bit microcontroller, which is a highly integrated microcontroller with a series of on-chip peripherals, including dual-action ADC, parallel port and UART. Furthermore, it has an ARM7TDMI processor core, which is capable of achieving low-power, high-performance embedded applications.

The STR715FR0T6 is specifically designed for embedded applications, providing a low-power, flexible and performance optimized platform. It targets a wide range of applications such as HVAC control, white goods, medical equipment and industrial control systems. With support for the CAN bus, CANopen, and CANedge protocol, it is ideal for automotive and industrial control applications. In addition, it has an on-chip Power Management Controller that can be used for power savings in various embedded designs.

The STR715FR0T6 is based on an ARM7TDMI processor core that is capable of running at speeds up to 75 MHz. This high-performance processor core is the foundation of the device’s performance. Furthermore, it features an on-chip memory system including integrated 32kB of boot ROM, up to 4kB of internal RAM, two 4kB blocks of external data RAM, a 4kB block of external flash memory and up to 256kB of external static RAM.

The STR715FR0T6 also includes an on-chip Direct Memory Access Controller (DMAC) and an on-chip Peripheral Bus (ARM) interface. The DMAC is capable of transferring data between on-chip and off-chip memories and can be used to drive the Peripheral Bus (ARM). In addition, the device includes a Watchdog Timer, Serial I/O and UART ports, Parallel I/O ports and Real Time Interrupts.

The on-chip peripherals of the STR715FR0T6 provide device-level access to all the necessary features for embedded systems, such as analog-to-digital conversion (ADC) with up to 16 channels, both single-ended and differential inputs, SPI and I2C/SMB buses and various other digital interfaces including an IrDA port.

The STR715FR0T6 also has an on-chip Power Management Controller (PMC) that is used to manage the power consumption of the device. The PMC is a powerful resource that can be used to ensure low power consumption while still effectively managing the embedded application requirements. The PMC allows the user to dynamically adjust power parameters such as Frequency, Voltage‎ and Power Modes. Additionally, it enables full System Standby and Sleep Modes. The PMC can be used to dynamically adjust the power saving conditions in order to optimize power usage, making the device even more power efficient.

The STR715FR0T6 is an ideal candidate for embedded applications due to its low-power, high-performance processor core, on-chip peripherals and Power Management Controller. This device provides developers with the tools needed to develop an embedded application that is optimized for power, performance and cost. The device is specifically designed for embedded applications and is capable of achieving low-power, high-performance embedded applications with features that range from automotive to industrial control applications.