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This is a list of radio stations that operate and broadcast from the state of Zacatecas.
| This article has multiple issues. Please help improve it or discuss these issues on the talk page . (Learn how and when to remove these template messages)
|
This is a list of radio stations that operate and broadcast from the state of Zacatecas.
Amplitude Modulation
| Frequency kHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 610 | XECCBS-AM | (Próximamente) | 10.0d | NTR Medios de Comunicación | |
| 690 | XEMA-AM | La Mejor FM + 107.9 FM | Buena Vista de Rivera | 50.0d / 2.0n | Grupo B-15 / MVS Radio |
Frecuency Modulation
| Frequency MHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 90.3 | XHQS-FM | Romántica | Buena Vista de Rivera | 25.0 | Grupo B-15 |
| 91.9 | XHCCFE-FM | (Próximamente) | 5.0 | NTR Medios de Comunicación | |
| 94.3 | XHPFRZ-FM | W Radio | 5.0 | NTR Medios de Comunicación | |
| 95.1 | XHEL-FM | La Ele FM | 3.0 | Torres Corporativo | |
| 98.5 | XHYQ-FM | La Tremenda | 25.0 | Grupo Radiofónico Zer | |
| 100.5 | XHFRE-FM | Exa FM | 100.0 | Grupo B-15 / MVS Radio | |
| 103.3 | XHIH-FM | La Única | 32.2 | Torres Corporativo | |
| 106.1 | XHRRA-FM | Stereo Fresnillo | 3.0 | Grupo Radiofónico Zer | |
| 107.9 | XHEMA-FM | La Mejor FM + 690 AM | Buena Vista de Rivera | 25.0 | Grupo B-15 / MVS Radio |
Amplitude Modulation
| Frequency kHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 1330 | XECSEZ-AM | (Próximamente) | 2.0 | ||
| 1420 | XECCJZ-AM | (Próximamente) | 10.0 | Ultra Telecom |
Frequency Modulation
| Frequency MHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 95.1 | XHJRS-FM | Radio Caxcan | ¿? | 3.0 | Grupo Radiofónico Zer |
| 98.3 | XHFP-FM | Radio Alegría | Carretera Jalpa-Ags. KM 3.5 | 25.0 | Comunicación Instantánea S.A. |
Frequency Modulation
| Frequency MHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 89.1 | XHXM-FM | Radio Jerez | ¿? | 25.0 | Grupo Radiofónico Zer |
| 90.7 | XHJRZ-FM | Inolvidable | 3 | Grupo Radiofónico Zer |
Frequency Modulation
| Frequency MHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 97.1 | XHZC-FM | La Grande de Río Grande | ¿? | 25 | RADIODIFUSORAS DE ZACATECAS, S.A. |
Amplitude Modulation
| Frequency kHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 1100 | XETGO-AM | Radio Cañón + 90.1 FM | Guadalupe Victoria | 5d/.4n | PromoSat de México |
Frequency Modulation
| Frequency MHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 90.1 | XHTGO-FM | Radio Cañón + 1100 AM | Guadalupe Victoria | 25 | PromoSat de México |
Frequency Modulation
| Frequency MHz | Station | Name | Transmitter location | Power kW | Operator |
|---|---|---|---|---|---|
| 89.9 | XHEPC-FM | Sonido Estrella | Julián Aguirre #110, Lomas de la Soledad | 8.5 | Central Trade Media |
| 91.5 | XHZTS-FM | Estéreo Plata | Av. Hidalgo #121-2, Centro | 50.0 | Grupo Plata |
| 93.3 | XHEXZ-FM | Lupe | Juan de Tolosa #402 Col.Sierra de Alica. | 3.0 | Grupo Radiofónico Zer |
| 94.7 | XHGAP-FM | La Súper G | Av. Hidalgo #121-2, Centro | 50.0 | Grupo Plata |
| 96.5 | XHZER-FM | La Líder Stereo Zer | Juan de Tolosa #402 Col.Sierra de Alica. | 100.0 | Grupo Radiofónico Zer |
| 97.9 | XHZH-FM | Radio Zacatecas | Cerro de la Virgen | 2.81 | Gobierno del estado de Zacatecas |
| 99.3 | XHZAZ-FM | Amor Es | Cerro de la Virgen | 10.0 | Grupo Radiofónico Zer |
| 106.5 | XHLK-FM | 106.5 Digital | Cerro de la Virgen | 3.0 | Grupo Radiofónico Zer |
All the AM stations that appear here requested their frequency change to broadcast on FM.
Amplitude Modulation
| Frequency kHz | Station | Name | Slogan |
|---|---|---|---|
| 610 | XEEL-AM |
|
|
| 640 | XEYQ-AM | Radio Fresnillo | ¿? |
| 770 | XEIH-AM |
|
|
| 930 | XEQS-AM | Romance en Radio | ¿? |
Amplitude Modulation
| Frequency kHz | Station | Name | Slogan |
|---|---|---|---|
| 560 | XEXZ-AM |
|
|
| 830 | XELK-AM |
|
|
| 890 | XEPC-AM | Sonido Estrella | |
| 970 | XEZAZ-AM | De Mil Amores | |
Amplitude Modulation
| Frequency kHz | Station | Name | Slogan |
|---|---|---|---|
| 690 | XEMA-AM | La Madre de Todas | ¿? |
Data before the AM station starts FM broadcasts.
Frequency Modulation
| Frequency MHz | Station | Name | Slogan |
|---|---|---|---|
| 100.5 | XHFRE-FM | Stereo 100 | ¿? |
Amplitude modulation (AM) is a modulation technique used in electronic communication, most commonly for transmitting messages with a radio wave. In amplitude modulation, the amplitude of the wave is varied in proportion to that of the message signal, such as an audio signal. This technique contrasts with angle modulation, in which either the frequency of the carrier wave is varied, as in frequency modulation, or its phase, as in phase modulation.
Frequency modulation (FM) is the encoding of information in a carrier wave by varying the instantaneous frequency of the wave. The technology is used in telecommunications, radio broadcasting, signal processing, and computing.
In electronics and telecommunications, modulation is the process of varying one or more properties of a periodic waveform, called the carrier signal, with a separate signal called the modulation signal that typically contains information to be transmitted. For example, the modulation signal might be an audio signal representing sound from a microphone, a video signal representing moving images from a video camera, or a digital signal representing a sequence of binary digits, a bitstream from a computer.
In a radio receiver, the capture effect, or FM capture effect, is a phenomenon associated with FM reception in which only the stronger of two signals at, or near, the same frequency or channel will be demodulated.
In radio communications, a sideband is a band of frequencies higher than or lower than the carrier frequency, that are the result of the modulation process. The sidebands carry the information transmitted by the radio signal. The sidebands comprise all the spectral components of the modulated signal except the carrier. The signal components above the carrier frequency constitute the upper sideband (USB), and those below the carrier frequency constitute the lower sideband (LSB). All forms of modulation produce sidebands.
Reduced-carrier transmission is an amplitude modulation (AM) transmission in which the carrier signal level is reduced to reduce wasted electrical power. Suppressed-carrier transmission is a special case in which the carrier level is reduced below that required for demodulation by a normal receiver.
In electronics and telecommunications, a radio transmitter or just transmitter is an electronic device which produces radio waves with an antenna. The transmitter itself generates a radio frequency alternating current, which is applied to the antenna. When excited by this alternating current, the antenna radiates radio waves.
Radio broadcasting is the broadcasting of audio (sound), sometimes with related metadata, by radio waves to radio receivers belonging to a public audience. In terrestrial radio broadcasting the radio waves are broadcast by a land-based radio station, while in satellite radio the radio waves are broadcast by a satellite in Earth orbit. To receive the content the listener must have a broadcast radio receiver (radio). Stations are often affiliated with a radio network that provides content in a common radio format, either in broadcast syndication or simulcast, or both. Radio stations broadcast with several different types of modulation: AM radio stations transmit in AM, FM radio stations transmit in FM, which are older analog audio standards, while newer digital radio stations transmit in several digital audio standards: DAB, HD radio, DRM. Television broadcasting is a separate service that also uses radio frequencies to broadcast television (video) signals.
AM stereo is a term given to a series of mutually incompatible techniques for radio broadcasting stereo audio in the AM band in a manner that is compatible with standard AM receivers. There are two main classes of systems: independent sideband (ISB) systems, promoted principally by American broadcast engineer Leonard R. Kahn; and quadrature amplitude modulation (QAM) multiplexing systems.
FM broadcasting is a method of radio broadcasting that uses frequency modulation (FM) of the radio broadcast carrier wave. Invented in 1933 by American engineer Edwin Armstrong, wide-band FM is used worldwide to transmit high-fidelity sound over broadcast radio. FM broadcasting offers higher fidelity—more accurate reproduction of the original program sound—than other broadcasting techniques, such as AM broadcasting. It is also less susceptible to common forms of interference, having less static and popping sounds than are often heard on AM. Therefore, FM is used for most broadcasts of music and general audio. FM radio stations use the very high frequency range of radio frequencies.
WUKY is a listener-supported, public FM radio station in Lexington, Kentucky. Owned by the University of Kentucky (UK), it has an Adult Album Alternative radio format, airing more than 100 hours of music per week. Some news and informational programming is supplied by National Public Radio (NPR), Public Radio International (PRI), American Public Media (APM) and the BBC. The station broadcasts from state of the art radio studios in northwestern Lexington at the intersection of Greendale Road and Spurr Road.
Apex radio stations was the name commonly given to a short-lived group of United States broadcasting stations, which were used to evaluate transmitting on frequencies that were much higher than the ones used by standard amplitude modulation (AM) and shortwave stations. Their name came from the tall height of their transmitter antennas, which were needed because coverage was primarily limited to local line-of-sight distances. These stations were assigned to what at the time were described as "ultra-high shortwave" frequencies, between roughly 25 and 44 MHz. They employed amplitude modulation (AM) transmissions, although in most cases using a wider bandwidth than standard broadcast band AM stations, in order to provide high fidelity sound with less static and distortion.
In 1933, Edwin H. Armstrong patented a method for generating frequency modulation of radio signals. The Armstrong method generates a double sideband suppressed carrier signal, phase shifts this signal, and then reinserts the carrier to produce a frequency modulated signal.