I know that when a gas gets ionized it will conduct electricity but what will happen if we increase the voltage even after ionization?will it explode eventually?if it will explode will that be in nuclear label ?
Thanks a lot for all your posts.will you please recommend me any books where i can read more about RF ,modulation & other RF related stuffs.Thanks again for clearing my doubts.
433 MHz= 433 waves in 1 us===> 216.5 waves in 0.5 us.what if i take those 216 waves and calculate the time period from them hence frequency ? if it's impossible why? if possible it would give a huge data rate. since 0.5us for each bit then 2bits in 1us=>2Kbits in 1ms=>2Mbits in 1 second.it's...
First of all ,thanks for your immediate response and sharing your wisdom. in the above post you said i have to wait for 1 second to detect the frequency I understand that but is this possible to measure the wavelength so that even a single wave will give the frequency & i will not have to wait...
if i am not wrong, we need at least 2 frequencies in FSK .why can't we use two nearer frequencies for that let's say 433,000,005= 1 & 433,000,006=0 .can a frequency detector detect that much change?
Hello, I have a doubt how data rate is calculated in GFSK ? I am new to RF. so please describe.my second question is why can"t we change frequency faster for high data rate? a typical 433Mhz transceiver hardly gives 100Kbits only why?