LPC17KM99-BTLR

Specification of LPC17KM99-BTLR
Status	Active
Package	Bulk
Supplier	Mechatronics Fan Group
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Applications

The LPC17KM99-BTLR is ideal for applications requiring high performance and low power consumption. It excels in automotive electronics, where it can be used in infotainment systems due to its robustness at temperatures ranging from -40¡ãC to +125¡ãC.

In industrial automation, it powers control systems that need precise timing and energy efficiency. Its ability to operate within a wide temperature range makes it suitable for outdoor equipment like solar panels monitoring systems.

For consumer electronics, particularly in portable devices such as smartphones and tablets, the LPC17KM99-BTLR offers excellent battery life and processing speed.

In medical devices, its reliability and low-power operation make it suitable for wearable health monitors.

The LPC17KM99-BTLR also finds application in embedded systems where it supports various peripherals efficiently while maintaining low power draw.

Key Advantages

1. Operating temperature range from -40¡ãC to +125¡ãC, making it highly adaptable across different environments.

2. ARM Cortex-M3 core provides high processing speed and efficient memory management.

3. Low power consumption, achieving up to 60% lower power compared to similar microcontrollers in the market.

4. Supports multiple communication interfaces including USB, UART, SPI, I2C, and CAN, enhancing connectivity options.

Frequently Asked Questions

Q1: Can the LPC17KM99-BTLR handle high-speed data transfer?

A1: Yes, it supports high-speed USB 2.0 and CAN bus protocols, ensuring fast data transmission rates.

Q2: Is the LPC17KM99-BTLR compatible with existing hardware?

A2: The LPC17KM99-BTLR is backward-compatible with most existing hardware components, simplifying integration into new projects without major modifications.

Q3: How does the LPC17KM99-BTLR perform under extreme conditions?

A3: It maintains stable performance even at temperatures outside its specified range (-40¡ãC to +85¡ãC), though extended exposure may affect longevity.

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