LPC11E35FHI33/501E

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The LPC11E35FHI33/501E is an energy-efficient ARM Cortex-M0 microcontroller with high performance, low cost and open software development environment. It helps to power other embedded systems with tight size, low power and low cost. With an embedded ARM Cortex-M0 processor core, it offers flexible customer solutions for various applications. The main features of the LPC11E35FHI33/501E are as follows:

Features of the LPC11E35FHI33/501E

• High level microcontroller with a 32-bit ARM Cortex-M0+ processor core
• High speed of up to 50-100MHz operation to meet demanding performance requirements
• Up to 128KB of Flash memory and 32KB of SRAM memory
• High performance 8051 core processor provides a powerful on-chip coprocessing capability for applications which needs more computing power.
• Connectivity with external peripherals and sensor using USB, I2C, SPI, UART and CAN interfaces
• Wide range of peripheral and communication interface including multiple GPIOs, PWM, SSP, SVD, SVC, ADC and I2S
• Operating temperature range from -40 to 105°C

Application areas

The LPC11E35FHI33/501E is an ideal solution for a wide range of embedded applications. It is suitable for Industrial, Automotive and Medical applications. It is also used in consumer applications like display devices, tracking system, security systems, ultrasonic equipment and many more. Some application areas are listed below:

• Industrial and home automation.
• Battery operated and control system
• Medical (monitoring, imaging, diagnostics and therapy) application
• Implantable Medical Devices
• Network Management Systems (NMS)

Working principle

The LPC11E35FHI33/501E contains a 32-bit ARM Cortex-M0+ processor core which provides high-performance embedded applications with energy-efficiency, security and low-cost. It includes various peripheral and communication interface including USB, I2C, SPI, UART and CAN. The on-chip Flash memory and SRAM memory provides a high performance solution with up to 128KB Flash memory and 32KB SRAM memory.

At the heart of the LPC11E35FHI33/501E is an ARM Cortex-M0+ processor core, providing high-performance embedded applications with energy-efficiency, security, low-cost and small size. The core runs up to runs up to 50-100MHz, allowing high performance operations with low-power consumption. It also has integrated memory protection unit (MPU) to protect sensitive data.

The LPC11E35FHI33/501E includes various peripheral and communication interface including USB, I2C, SPI, UART and CAN. The LPC11E35FHI33/501E also having hig-performance CS/ATE memory interface to read and write data from external memory.

The LPC11E35FHI33/501E offers multiple GPIOs, PWM, SSP, SVD, SVC, ADC and I2S to connect external peripherals and sensors. The on-chip Flash memory and SRAM memory provides a high performance solution with up to 128KB Flash memory and 32KB SRAM memory.

The LPC11E35FHI33/501E incorporates various power mode control features including Idle and Deep Sleep modes to reduce power consumption during idle state. It also offers a sleep-on-exit feature which allows the system to enter low-power mode when an interrupt service routine has completed its execution.

The LPC11E35FHI33/501E also supports low-power embedded systems with its low-power idle mode. It enables the system to reduce its power consumption by decreasing the clock frequency and reducing its core activity. The low-power idle mode can be used when system performance is not important and the system can enter a low power operating mode.

The LPC11E35FHI33/501E also supports software development flexibility with a wide range of development tools, software libraries and development environment. A variety of tools are available to aid in application development including Cortex-M0, ARM7/9, Renesas E7, and NumiView debuggers.

In conclusion, the LPC11E35FHI33/501E is an ideal solution for embedded applications with tight size, low power consumption and low cost. Its ARM Cortex-M0+ processor core, internal memory interface and wide range of peripheral and communication interface makes it a great choice for various applications.

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