Part Number: MSP430FG479 Hi TI team,
I have a question regarding the external capacitor for the LCDCAP pin on the MSP430FG479.
The datasheet specifies a minimum of 4.7uF for the LCDCAP, so I am currently planning to implement a 4.7uF capacitor in…
Part Number: MSP430FG479 The firmware I inherited which was originally compiled on version 3.1.1 uses a number of double floating point numbers/calculations. When switching to V21.6 or V21.6.1 compiler a simple double calculation does not work. Is this…
Part Number: MSP430FG479 I am modifying firmware that was developed on CCS using compiler version 3.1.1. I was able to successfully compile the code using version 21.6 of the compiler but noticed a significant increase in execution time. The main loop…
Hello,
The MSP430FG479 doesn't look to be a good fit for you is you need 12 channels. It only has one channel for a 16-bit Delta Sigma ADC. In general Delta Sigmas are more accurate than SAR based ADCs, but usually operate at slower sampling frequencies…
Part Number: MSP430FG479 Hello.
I have a question for SD16_A external reference voltage range in MSP430FG479.
I can found out following table in datasheet.
Is the table meaning external reference voltage range?, If it is not, what is external…
Part Number: MSP430FG479 Hello,
Regarding to charge pump(LDC_A) on MSP430FG479, my customer is asking some question.
They are using MSP430FG479 for battery application and use LCD_A controller with charge pump..
They configure LCD_A module and…
Part Number: MSP430FG479 Hi,
Is there ready for BSL tool?
It seems that there are MSP-GAG and FlashPro430?
www.elprotronic.com/products
I tried BSL-SCRIPTER, but this tool doesn't support 'FG47x.
best regards,
kyt
Other Parts Discussed in Thread: MSP430FG479 Hello Sir,
Iam trying to use Sigma Delta ADC of MSP430fg479 -I set the SD16 in Biploar mode,gain is 32 and my input range is 0.02mV DC to 6mv DC (using load cell
of 40Kg with 3volt supply and 2mv/v sensitivity…
Be my guest. Forgot to say that applying voltages outside absolute maximum range can damage whole chip or input pin/port. So you shall check that your chip is fine after you did something like this:
>>1) For -500 mV applied to the A0+ pin, the 450-point…
