/
1.2.1 Receiver thermal noise
1.2.1 Receiver thermal noise
The thermal noise (in Watts) expressed in power level is defined as:
where:
- kB is the Boltzmann's constant 1.38 x 10-23 in joules per kelvin (J/K),
- T is the receiver absolute temperature in Kelvin (K),
- B is the bandwidth in Hertz (Hz) over which the noise is measured.
It can be seen that the noise power of eq1 is dependent on the temperature and on the bandwidth. This figure is then normally expressed in terms of dBm and is defined as:
Related content
1.2.3 Receiver noise floor
1.2.3 Receiver noise floor
More like this
1.2.2 Noise figure and Noise factor
1.2.2 Noise figure and Noise factor
More like this
1.4.2 An illustration with C/I as interference criterion
1.4.2 An illustration with C/I as interference criterion
More like this
1.4.4 Interference criteria relationship
1.4.4 Interference criteria relationship
More like this
1.2.4 Receiver sensitivity
1.2.4 Receiver sensitivity
More like this
A7.6 EXAMPLES OF CALCULATION USING DBC
A7.6 EXAMPLES OF CALCULATION USING DBC
More like this