As many as you like, watts and MHz have no equivalence because watts measure power while MHz measure frequency.
There is no direct conversion between frequency (MHz) and power (watts). Watts measure power, while MHz measures frequency. The power output at a frequency of 50 MHz would depend on the specific device or system generating the signal.
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
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.
There is no direct conversion between frequency (MHz) and power (watts). Watts measure power, while MHz measures frequency. The power output at a frequency of 50 MHz would depend on the specific device or system generating the signal.
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.
100 MHz
An EPIRB typically transmits at a power of 5-6 watts in the 406 MHz frequency range for satellite distress communication.
1500 watts
900
900 MHz
It isn't a GHz yet... you need 1024 MHz to make 1 Ghz
Hi, For every GSM band there are Uplink and downlink frequencies. Example: GSM 900 TX: 880 MHz to 915 MHz is an uplink frequency range GSM 900 RX: 925 MHz to 960 MHz is a downlink frequency range Aloha, Maverick