Search results
Medium frequency (MF) is the ITU designation for radio frequencies (RF) in the range of 300 kilohertz (kHz) to 3 megahertz (MHz). Part of this band is the medium wave (MW) AM broadcast band. The MF band is also known as the hectometer band as the wavelengths range from ten to one hectometers (1000 to 100 m).
- 1000 to 100 m
- 0.3 to 3 MHz
May 5, 2024 · Medium frequency: MF: 6: 300–3,000 kHz: 1,000–100 m: High frequency: HF: 7: 3–30 MHz: 100–10 m: Very high frequency: VHF: 8: 30–300 MHz: 10–1 m: Ultra high frequency: UHF: 9: 300–3,000 MHz: 100–10 cm: Super high frequency: SHF: 10: 3–30 GHz: 10–1 cm: Extremely high frequency: EHF: 11: 30–300 GHz: 10–1 mm: Terahertz or ...
Low frequency: LF — 300 kHz – 3 MHz 1 km – 100 m: Medium frequency: MF — 3–30 MHz 100–10 m: High frequency: HF: HF: 30–300 MHz 10–1 m: Very high frequency: VHF: VHF: 300 MHz – 3 GHz 1 m – 100 mm: Ultra high frequency: UHF: UHF, L, S: 3–30 GHz 100–10 mm: Super high frequency: SHF: S, C, X, Ku, K, Ka: 30–300 GHz 10–1 ...
Medium frequency: MF: 6: 300–3,000 kHz 1,000–100 m: AM (medium-wave) broadcasts, amateur radio, avalanche beacons, magnetic resonance imaging, positron emission tomography, electrical telegraph, wireless telegraphy, radioteletype, dial-up internet. High frequency: HF: 7: 3–30 MHz 100–10 m
Nov 3, 2022 · Frequency Band. ITU band number. Frequency. Extremely low frequency (ELF) 1. 3 Hz-30 Hz. Super low frequency (SLF) 2. 30 Hz-300 Hz. Ultra low frequency (ULF) 3. 300 Hz-3 kHz. Very low frequency (VLF) 4. 3–30 kHz. Low frequency (LF) 5. 30–300 kHz. Medium frequency (MF) 6. 300–3,000 kHz. High frequency (HF) 7. 3–30 MHz. Very high ...
- Cadence PCB Solutions
medium frequency (MF) † 6 (~10 0 6 Hz) 300-3000 kHz: 1000-100 m: high frequency (HF) † 7 (~10 0 7 Hz) 3-30 MHz: 100-10 m: very high frequency (VHF) 8 (~10 0 8 Hz) 30-300 MHz: 10-1 m: ultra high frequency (UHF) 9 (~10 0 9 Hz) 300-3000 MHz: 1000-100 mm: super high frequency (SHF) 10 (~10 10 Hz) 3-30 GHz: 100-10 mm: extremely high frequency ...
Frequency corresponds to the rate at which a signal can transmit information, so you cannot “fit” 10 kHz of audio information into a 5 kHz carrier. Furthermore, practical considerations require the carrier frequency to be significantly higher than the information (i.e., baseband) frequency.
