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nxf47831
NXP Employee
NXP Employee

New features update:

  • SDKGEN-724 Set different log level for "internal" projects.

       "Internal" examples, like some library projects, are not released.  Therefore some attributes like "brief" and "version" are not required strictly. The generator has downgraded the log level from error to warning. In production mode, they won’t break down the cmd run.

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dishapatil14941
Contributor I

Using SDK drivers for LPC845 Breakout Board, this project measures the ambient light intensity by using LDR (Light Dependent Resistor). The voltage values from LDR are read through an ADC. The new LPC845 Breakout board has an SDK support which makes it a lot easier to interface an LDR for measuring light intensity compared to the conventional coding style. I have used the MCUXpresso IDE for modifying the pins and clock configuration settings.

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DishaPatil
NXP Employee
NXP Employee

The new LPC845 breakout board has 3 onboard LEDs- Red, Green, and Blue. The brightness of these LEDs can be controlled using a PWM signal by changing the duty cycle values for each of them. As this board has an SDK support, I have used the SDK drivers to implement this application. 

 

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DishaPatil
NXP Employee
NXP Employee

I have built an application to interface an accelerometer with the new LPC845 Breakout board using the I2C SDK driver.
The accelerometer acts as an I2C slave device to the LPC845 master device. Colors on the on-board RGB LED change according to the accelerometer position.
 
The accelerometer is a slave device in this application with slave address: 0x1D. The position of the board is determined by the x,y,z-axis values obtained from this slave device. The change in these x,y,z values detects the movement of the LPC845 Breakout board. I have assigned various patterns to the RGB LEDs for each movement along the y-axis. 
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dishapatil14941
Contributor I

I have built an application to interface an accelerometer with the new LPC845 Breakout board using the I2C SDK driver.
The accelerometer acts as an I2C slave device to the LPC845 master device. Colors on the on-board RGB LED change according to the accelerometer position.
 
The accelerometer is a slave device in this application with slave address: 0x1D. The position of the board is determined by the x,y,z-axis values obtained from this slave device. The change in these x,y,z values detects the movement of the LPC845 Breakout board. I have assigned various patterns to the RGB LEDs for each movement along the y-axis. 
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0 0 1,350
DishaPatil
NXP Employee
NXP Employee

Using SDK drivers for LPC845 Breakout Board, this project measures the ambient light intensity by using LDR (Light Dependent Resistor). The voltage values from LDR are read through an ADC. The new LPC845 Breakout board has an SDK support which makes it a lot easier to interface an LDR for measuring light intensity compared to the conventional coding style. I have used the MCUXpresso IDE for modifying the pins and clock configuration settings.

阅读更多内容...

更多
0 0 1,808
dishapatil14941
Contributor I

The new LPC845 breakout board has 3 onboard LEDs- Red, Green, and Blue. The brightness of these LEDs can be controlled using a PWM signal by changing the duty cycle values for each of them. As this board has an SDK support, I have used the SDK drivers to implement this application. 

阅读更多内容...

更多
0 0 1,474