Lincoln CMSIS Examples
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|[[Lincoln ADC Burst Example|adc_burst]] | |[[Lincoln ADC Burst Example|adc_burst]] | ||
| - | | | + | |Demonstrates ADC conversions in burst mode with multiple inputs. |
|[[Image:checkmark.gif]] | |[[Image:checkmark.gif]] | ||
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|[[Lincoln ADC DMA Example|adc_dma]] | |[[Lincoln ADC DMA Example|adc_dma]] | ||
| - | | | + | |Demonstrates ADC conversions and transfer converted data by using the DMA. |
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|[[Lincoln ADC Interrupt Example|adc_int]] | |[[Lincoln ADC Interrupt Example|adc_int]] | ||
| - | |Analog to Digital | + | |Demonstrates triggering an Analog to Digital Conversion using an digital input. |
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|[[Lincoln ADC Polling Example|adc_polling]] | |[[Lincoln ADC Polling Example|adc_polling]] | ||
| - | |Analog to Digital | + | |Demonstrates Analog to Digital conversions using the polling method. |
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| + | |[[Lincoln Bit Banding Example|bitband]] | ||
| + | |Demonstrates the bit-banding feature of Cortex-M3 processor. | ||
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Revision as of 19:39, 9 April 2012
The Micromint Lincoln includes an extensive set of code examples using CMSIS to help you get started with your applications. This table summarizes the examples available for different models of the Lincoln line. Our support staff ( support@micromint.com) can assist you with questions on specific functions.
| Example | Description | Lincoln 60E | Lincoln 60 |
|---|---|---|---|
| adc_burst | Demonstrates ADC conversions in burst mode with multiple inputs. | ||
| adc_dma | Demonstrates ADC conversions and transfer converted data by using the DMA. | ||
| adc_hardware_trigger | Analog to Digital Converter | ||
| adc_int | Demonstrates triggering an Analog to Digital Conversion using an digital input. | ||
| adc_polling | Demonstrates Analog to Digital conversions using the polling method. | ||
| bitband | Demonstrates the bit-banding feature of Cortex-M3 processor. | ||
| can_twokit | CAN Bus exercise | ||
| dac_dma | Demonstrates DMA transfers data to 10 bit DAC. | ||
| dac_sinewave_test | Generating a sine wave using the 10-bit DAC. | ||
| dac_wavegenerate | Generating a sine, a triangle, or a escalator wave. | ||
| emac_easyweb | Displays ADC channel 0 and 1 as a bar graph on a webpage. | ||
| uip_webserver | Simple uIP web server | ||
| raw | Tests test the EMAC driver with a raw packet frame format. | ||
| gpdma_flash2ram | Demonstrates transferring data from Flash to Ram memory. | ||
| gpdma_linklist | Demonstrates how to use a link list with the genral purpose DMA. | ||
| gpdma_ram2ram | Demonstrates transferring data from a location in RAM to a new location in RAM memory. | ||
| gpdma_sleep | Demonstrates transferring data from RAM to RAM in sleep mode. | ||
| gpio_blinky | Blink the on board User LEDs | ||
| gpio_int | Blink the on board User LEDs | ||
| hello | Simple console output | ||
| pwm_dualedge | Demonstrates PWM in edge and single mode | ||
| pwm_matchint | Demonstrates PWM Match function in interrupt mode | ||
| pwm_singleedge | Demonstrates PWM in single edge mode | ||
| pwr_extint_sleep | Demonstrates how to enter sleep mode and wake-up by using an external interrupt. | ||
| pwr_nmi_powerdown | Demonstrates how to enter PowerDown mode and wake-up using NMI. | ||
| pwr_rtc_deeppwd | Demonstrates how to enter Deep PowerDown mode and wake-up by using the RTC. | ||
| pwr_wdt_deepsleep | Demonstrates how to enter DeepSleep mode and wake it up by using WDT Interrupt. | ||
| rtc_alarm | Simple Real Time Clock demonstration | ||
| rtc_calibration | Demonstrates how to calibrate real-time clock. | ||
| spi_sd_ffs | Demonstrates using the FAT File System with a micro SD card. | ||
| spi_sdcard | Demonstrates using SPI to read a micro SD card's CID register. | ||
| timer | Timer interrupts | ||
| uart_echo | UART interrupts | ||
| usbdev_cdc | Demonstrates the USBDEV port as a virtual COM port. | ||
| usbdev_hid | USB Human Interface Device | ||
| usbdev_mass_storage | USB Device Mass Storage Demo | ||
| usb_host_msc | USB Host Mass Storage Demo | ||
| wdt_int | Demonstrates the use of WDT to generate interrupt after a specific time. | ||
| wdt_reset | Demonstrates the use of WDT to generate chip reset after avspecific time. |
(*) Included with the I/O Plus option
