CC2430 Timer 3

It also help greatly if you don't use "magic numbers" like 0x4C but, instead, define symbolic names the register bits so that it is obvious what bits you are setting.

for instance

#defines OPT_A 0x01  /* Setting bit 0 enables option A */
#defines OPT_B 0x02  /* Setting bit 1 enables option B */
#defines OPT_C 0x04  /* Setting bit 2 enables option C */
#defines OPT_D 0x08  /* Setting bit 3 enables option D */
#defines OPT_E 0x10  /* Setting bit 4 enables option E */
#defines OPT_F 0x20  /* Setting bit 5 enables option F */
#defines OPT_G 0x40  /* Setting bit 6 enables option G */
#defines OPT_H 0x80  /* Setting bit 7 enables option H */

SOME_SFR = OPT_G | OPT_D | OPT_C;  /* Enable options G, D, and C */

The above is equivalent to writing

SOME_SFR = 0x4C;

But, hopefully, much clearer?

Obviously (I hope) you would use more meaningful & descriptive names than OPT_A, etc - they are purely for the sake of a generic example...

It also help greatly if you don't use "magic numbers" like 0x4C but, instead, define symbolic names the register bits so that it is obvious what bits you are setting.

for instance

#defines OPT_A 0x01  /* Setting bit 0 enables option A */
#defines OPT_B 0x02  /* Setting bit 1 enables option B */
#defines OPT_C 0x04  /* Setting bit 2 enables option C */
#defines OPT_D 0x08  /* Setting bit 3 enables option D */
#defines OPT_E 0x10  /* Setting bit 4 enables option E */
#defines OPT_F 0x20  /* Setting bit 5 enables option F */
#defines OPT_G 0x40  /* Setting bit 6 enables option G */
#defines OPT_H 0x80  /* Setting bit 7 enables option H */

SOME_SFR = OPT_G | OPT_D | OPT_C;  /* Enable options G, D, and C */

The above is equivalent to writing

SOME_SFR = 0x4C;

But, hopefully, much clearer?

Obviously (I hope) you would use more meaningful & descriptive names than OPT_A, etc - they are purely for the sake of a generic example...

... pay attention to instructions: www.danlhenry.com/.../keil_code.png

"I had already checked against datasheet"

If your "checking" was as thorough as your attention to those clearly-stated instructions for posting source code, there's a high risk that you missed something important!

What I posted is not my original source code. I posted all the Timer/Counter values I read during simulation. Also I did read all the below instruciton reagarding posting the source code.

Use and for BOLD text.
Use and for ITALICS text.
Place source code source code between

 and

.
Your e-mail address is not published in the forum.

Also I am following the coding standard as mentioned above. I not using magic numbers in my code.

I posted this issue here thinking that anyone using Keil compiler and TICC2430 would flash some light on this.
My problem here is my Counter is not incrementing.
If anyone could help me on that area it would be greatly appreciated.

Thanks!!!!

I agree with andrew that the use of magic numbers should be avoided, especially when you don't have any comments.

I usually do this:

REGISTER_X = (1<<FUNA) |  //enable FUNA
                (1<<FUNB) |  //enable FUNB
                (0<<FUNC)    //disable FUNC
                ;

that way, if I wish to change the settings, I can do so fairly quickly.

Also, simulation isn't 100% true. so you should always 1) check the compiler / ide manual for limitations of simulation on your particular target; and 2) debug on the real hardware to be sure of a problem.

Thanks everyone for there suggestion.
Timer is working fine on Hardware.

Thanks!
AD

well, lessons learned: simulation isn't always 100% correct.