There is no correlation; 5 megahertz is a measure of frequency (5 million cycles/actions per second) whereas 5 watts is a measure of power.
As many as you like, watts and MHz have no equivalence because watts measure power while MHz measure frequency.
Megahertz (MHz) is a unit of frequency, while watts (W) measure power. Therefore, you cannot directly convert 2540 MHz to watts without additional context, such as the specific system or device being referenced. The power output in watts would depend on factors like the device's design, efficiency, and intended use.
An EPIRB typically transmits at a power of 5-6 watts in the 406 MHz frequency range for satellite distress communication.
1500 watts
The average household fan used in US or Canada is about 35-50 watts.
As many as you like, watts and MHz have no equivalence because watts measure power while MHz measure frequency.
Frequency and power are not fundamentally correlated.
Megahertz (MHz) is a unit of frequency, while watts (W) measure power. Therefore, you cannot directly convert 2540 MHz to watts without additional context, such as the specific system or device being referenced. The power output in watts would depend on factors like the device's design, efficiency, and intended use.
800mhz is a frequency, not a measure of wattage. The two are not related.
50 watts
An EPIRB typically transmits at a power of 5-6 watts in the 406 MHz frequency range for satellite distress communication.
1500 watts
Hz (hertz) means oscilations per second, while MHz (megahertz) means millions of oscilations per second.
1kW = 1000W 50kW = 50000W
The average household fan used in US or Canada is about 35-50 watts.
Watts is a unit of power, while megahertz (MHz) is a unit of frequency. The conversion between these two units depends on the context or device being used, as they are not directly convertible.
Frequency Coverage: VHF-Lo: ................................ 29 MHz -50 MHz (in 5kHz steps) Ham: ................................... 50 MHz -54 MHz (in 5kHz steps) Government: .......................... 136 MHz -144 MHz (in 5kHz steps) Ham: ................................. 144 MHz -148 MHz (in 5kHz steps) VHF-Hi: .............................. 148 MHz -174 MHz (in 5kHz steps) Ham/Government: .................. 460 MHz - 450 MHz (in 12.5kHz steps) UHF-Lo: .......................... 450 MHz - 470 MHz (in 12.5kHz steps) UHF-Hi: .......................... 470 MHz - 512 MHz (in 12.5kHz steps) Channels of Operation.............Any 16 channels in any band combination