Part Number: MSP430FG439 Hi
The latest revision of the MSP430FG439 device is E.
Will my customers always receive a revision E device if they purchase this device from now on?
They don't want to use revision B because revision B of MSP430FG439 has…
Part Number: MSP430FG439 Hi..
We made custom board with MSP430FG439 and INI321 and connect to PC serial port.
I think that MSP430 send ADC data very quickly.
So, PC application lost some ADC Data.
Is it possible flow control between MSP430 and…
Part Number: MSP430FG439 Hi,
Good Day. I have a customer who is working with MSP430FG439. Please see below his query for your reference. Thank you very much.
I have only evaluation license for IAR EW - MSP430 v7.21 to download the software....but…
Part Number: MSP430FG439 Hi team,
Is it acceptable in below cases? Because there is a possiblity LCD's SEG pin and COM pin might become shorted in customer's use case.
1. S0 and S1 are shorted.
2. S31 and COM0 are shorted.
3. COM2 and COM3 are…
Part Number: MSP430FG439 Other Parts Discussed in Thread: ADS1292 , AFE4960 Hello TI experts,
my customer is looking for the IC that can measure ECG and heart rate using electrode.
there are several ICs that can measure ECG using electrode, but I…
Hi Winter,
I have searched about the voltage part and I now understand about it. Another question is that is it voltage value from the equation is only the AC signal (which eliminate the DC signal of pulse rate)? I calculated the voltage resolution…
Hi Gray,
I found that this manual is not for MSP430FG439. It seems like I did not use program in a right way. I am now trying to get the heart rate signal by reading and understanding the code of it. Do you know any method that I can export the txt…
Hi,
unfortunately we don't provide driver lib support for the MSP430F(G)4xx devices. We provide code examples though. http://dev.ti.com/tirex/#/?link=Software%2FMSP430Ware%2FDevices%2FMSP430F4XX%2FMSP430FG439
Which features do you need of the MSP430FG439…
80kHz with MCLK=4MHz is in that grey area: Feasible but not easy. The program has 4MHz/80kHz=50 CPU clocks to process each capture, and roughly half of that goes to ISR overhead. Even turning on compiler optimization might improve things. That division…
