R5F101LJDFB#30

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The R5F101LJDFB#30 microcontroller is an 8-bit component, utilizing flash memory for storing data and instruction. It is classified as a low-cost embedded-microcontroller and is used in a variety of applications.

The R5F101LJDFB#30 operates on a single, 3V power supply, hence increasing performance and decreasing the possibility of overheating and component damage. It consists of 8 Kbytes of built-in Flash memory, plus 2 Kbytes of RAM, and an 8-bit RISC (reduced instruction set computer) core. Through its core architecture, the R5F101LJDFB#30 offers fast processing and efficient programming.

The general purpose input/output (GPIO) ports in the R5F101LJDFB#30 allow for optimized data communication and flexibility. The port configurations are multifunctional, including pulse-width modulation (PWM), analog input and digital output. Additionally, the R5F101LJDFB#30 has up to 8 UART connections, providing access to peripheral such as serial displays and computers. With an extended temperature range of -40C to 85C, the R5F101LJDFB#30 is capable of withstanding extreme environmental conditions.

In terms of applications, the R5F101LJDFB#30 is suitable for a range of embedded control tasks where processing speed, memory size, and performance are important. It can be used in a variety of tasks such as controlling switches and regulating temperature, as well as working in environments like banking and factory automation, where accurate and reliable data processing is essential.

The R5F101LJDFB#30 works on a cycle-by-cycle basis and includes a variety of timer and clock applications. As such, it provides fine level control over communication and requires minimal power consumption. Additionally, the R5F101LJDFB#30 is comes with an efficient interrupt feature, allowing users to interfaced it with a variety of inputs and outputs. This also allows the system to be more responsive to external inputs and operate at higher speeds.

In terms of power characteristics, the R5F101LJDFB#30 is available in versions with low power consumption, up to 4.20mA, and a ‘low-power standby’ option, allowing the product to be used in battery operated applications with minimal power consumption. In addition, the R5F101LJDFB#30 has an advanced power save mode, helping to reduce power consumption up to 46% in sleep mode.

Altogether, the R5F101LJDFB#30 is a suitable component for embedded applications and provides high speed, efficiency, and reliable performance. Its ability to support multiple port configurations helps to reduce overall system cost and ensure maximum flexibility. Additionally, its low power consumption makes it suitable for battery-operated applications. All these features make the R5F101LJDFB#30 an ideal component for embedded-microcontroller applications.

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