Part Number: MSP430F6777A I am doing a 6 channels ADC reading using the DMA method on the MSP430F6777A microprocessor. I show the array adc_table[] as Destination Address. I save the read ADC values to adc_table[] in the following order.
adc_table[] …
Part Number: MSP430F6777A In our project, which we have realized with the MSP430F6777A microcontroller, the current and voltage values are read at 1 second intervals. I think this time is determined by the metering library generated from " TI Energy…
Part Number: MSP430F6777A Hi everyone,
Trying to use AES peripheral, but it is hard to find example project or code script about this topic. After reading "AES Accelerator" section in User Manual, I tried to create an example with MSP driver library…
Part Number: MSP430F6777A Hi
There is a 1-kHz, ±12-V PWM signal, duty cycle 10%~53,3. This signal is scaled between 0 and 3.3 volts(for reading with adc). Also this pwm is generated by mcu with timer. I need to keep measuring the signal with or…
Hi Preeti,
Build a simple project like a I/O function example code to make sure the project setting is right and it can load code to your board. And then merge your own code gradually.
For a simple example you can find like it
https://dev.ti.com/tirex…
Part Number: MSP430F6777A We are using MSP430F6777A chip in one of our meters and are having some issue during Phase calibration. As mentioned in the user manual and 3 Phase Metering application note we are using the DELAYINT register setting to achieve…
Hi,
How can I calculate total conversion time for all channels. My calculation is like that.
AD10OSC = 5mhz,
divider = 2,
sampling = 16 cycle ,
conversion = 13 cycle,
There are 6 channels from a5 to a0.
So my calc. is like that.
1 cycle = 1/5mhz (div2…
Part Number: MSP430F6777A Hello,
The MSC430F6777A RTC_C RTC is listed as available with LPM 3.5.
It is written that the regulator will be disabled in LPM 3.5. What route does power to the RTC follow if it does not use auxiliary power?
Best regards, …
Part Number: MSP430F6777A
Hi Experts,
There is an explanation of users guide slau208q.pdf page 633 as below.
Which registers does this "LPM3.5 retention logic" affect? Do all of RTC_C registers are protected from write and reset? Or only for the RTC…
