R5F104LEDFB#X0

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The R5F104LE-DFB#X0 is an embedded microcontroller utilizing the Renesas RSCK System Core. It has a 32-bit RISC architecture and four 64-KByte banks of on-chip Flash memory for the program code, which makes it especially suitable for embedded systems requiring power, speed, and efficiency. The device also integrates an 8-bit A/D converter with a range of input voltages from 0 to 3.3 Vdc and a 10-bit PWM unit, as well as several timesaving features, including a dedicated ROM area, a watchdog timer, an I/O polling unit, and various power management functions.

The R5F104LE-DFB#X0 is a low-power, low-cost, and fully integrated solution for embedded applications. It provides a range of signal and port functions, and advanced computation and clock manipulation features, making it suitable for use in a wide array of applications. These include signal processing, sensor interfaces, control systems, home automation, medical equipment, and point-of-sale systems.

The device is based on the Renesas C/C++ compiler, allowing developers to write and debug code quickly and efficiently. This makes it particularly useful in applications where debugging time and development speed are of critical importance. Additionally, the device includes integrated debugging support, various power management features, and an array of time-saving features, including a dedicated ROM area, a watchdog timer, and an I/O polling unit.

The R5F104LE-DFB#X0 works on a high-speed 64-bit RISC architecture and four 64-KB of on-chip Flash memory for the program code. It is compatible with the Renesas IEC-60335-2 Safety Standard. This device has several timesaving features, including a dedicated ROM area, a watchdog timer, and an I/O polling unit. It also has an intelligent reset function, allowing the user to restart the device from a given program address. Additionally, the device integrates an 8-bit A/D converter with a range of input voltages from 0 to 3.3 Vdc as well as a 10-bit PWM unit.

The R5F104LE-DFB#X0 supports multiple bus interfaces and has several built-in communication ports, making it suitable for data transfer and communications applications. It also supports memory protection features, a low-power storage mode, and advanced arithmetic logic unit (ALU) functions. Additionally, it can be configured to execute instructions in pairs. This increases instruction execution speed and reduces power consumption.

The R5F104LE-DFB#X0 includes a watchdog timer, which can be enabled to detect and reset the device when a system failure or failure to execute an instruction is detected. Additionally, the device can be reset through hardware or software. The hardware reset option can be used for debugging purposes and is enabled by a pin on the device. The software reset function can be used to reset the device from a given program address.

The R5F104LE-DFB#X0 provides several power management features to optimise performance. These include a low power storage mode, voltage and temperature monitoring, and low voltage detection. Additionally, the device has an adjustable power saving mode, which can be used to reduce the power consumption of the device in lightweight embedded applications.

The R5F104LE-DFB#X0 is an ideal choice for embedded applications requiring power, speed, and efficiency. Its advanced features make it suitable for signal processing, sensor interfaces, control systems, home automation, medical equipment, and POS systems. Additionally, its integrated debugging support, advanced computation and clock manipulation features, and power management functions make it especially suitable for time-critical applications.

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