Microchip Realistic Heartbeat LED

Realistic heartbeat LED example that simulates the waveform of a human heart pulse. It shows the low power benefits of using CIPs. The power consumptions for the CIP-base implementation is 8 microamps, versus approx. 450 microamps .

Realistic heartbeat LED example that simulates the waveform of a human heart pulse. It shows the low power benefits of using CIPs. The power consumptions for the CIP-base implementation is 8 microamps, versus approx. 450 microamps .

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8:52

Microchip Switch Mode Power Supply

This switch-mode power supply example focuses on higher integration and cost reduction – essentially showcasing how the microcontroller itself can be used instead of additional external components, decreasing the BOM for a solution.

Microchip Switch Mode Power Supply

This switch-mode power supply example focuses on higher integration and cost reduction – essentially showcasing how the microcontroller itself can be used instead of additional external components, decreasing the BOM for a solution.

8:52

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Microchip Ultrasonic Distance Sensor

The ultrasonic distance sensor example uses many different peripherals and focuses on deterministic behavior.

Microchip Ultrasonic Distance Sensor

The ultrasonic distance sensor example uses many different peripherals and focuses on deterministic behavior.

10:18

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Microchip Manchester Code

This example features Manchester encoders and decoders, with a focus on performance. We achieved an 18-fold increase in the supported baud rate when using CIP-based implementations versus the interrupts-based ones.

Microchip Manchester Code

This example features Manchester encoders and decoders, with a focus on performance. We achieved an 18-fold increase in the supported baud rate when using CIP-based implementations versus the interrupts-based ones.

7:34

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