iboc app

The application fee covers one interview in person or online and a professional evaluation of your career path. RELATED FORMS: Career Development Program –. Learn more and sign up here: dailytextpodcast.org The 2019 Moravian Daily Texts are ©2018 by IBOC Moravian Church in America, used with permission. View International Bancshares Corporation IBOC investment & stock information. Get the latest International Bancshares Corporation IBOC detailed stock.

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Iboc Web Rádio APK we provide on this page is original, direct fetch from Google Store. It is compatible with all android devices (required Android 4.1+) and can also be able to install on PC & Mac, you might need an android emulator such as Bluestacks, Andy OS, KOPlayer, Nox App Player. .

Iboc Web Rádio has been published by Webpress, latest version is 1.0, released on 2018-10-03. It's listed in Communication category of Google Play Store, getting more than 1 installs, overall rating is 1.0 (base on 1 reviews).

App Screenshot

App Screenshot

New features

Versão inicial do aplicativo

App Description (See English translation)

A Iboc Web Rádio, conectando você ao reino de DEUS ! Este aplicativo visa acima de tudo um canal de comunicação prático aos membros, visitantes, amigos ,da igreja Iboc e também aos interessados em uma alternativa de edificação ,com uma programação musical gospel e chase business credit card no personal guarantee de qualidade,alem de transmissão dos cultos da igreja Iboc. CONHEÇA O APLICATIVO OFICIAL IBOC WEB RÁDIO DA IGREJA BATISTA OLIVEIRAS DE CRISTO MINISTÉRIO APOSTÓLICO DE LIBERTAÇÃO! Acesse: www.Iboc.net.br

The Iboc Web Radio, connecting you to the kingdom of God! This application aims above all a channel of practical communication to members, visitors, friends, the Iboc church and also those interested in a building alternative, with gospel music programming and quality information, besides the Iboc church services. KNOW THE OFFICIAL APPLICATION IBOC WEB RADIO OF THE BAPTIST CHURCH OLIVEIRA DE CHRIST APOSTOLIC MINISTRY OF LIBERATION! Access: www.Iboc.net.br

App Details

Package name: com.livecast.app.ibocwebradio
Updated: 2 years ago
Compatibility: Android 4.1+
Developer Name: Webpress
Category: Communication
File MD5: F9D3E2D97E3EE991D6EA16C83DBF7E29
File Iboc app 2114D3590D3D3EC14C8C308D7A2E5131833FDFFC

App Rating

Permissions List

Allows applications to access information about Wi-Fi networks.
Allows applications to access information about networks.
Allows applications to open network sockets.
Allows an application to record audio.
Allows an application to modify global audio settings.
Allows using PowerManager WakeLocks to keep processor from sleeping or screen from dimming.
Allows read only access to phone state, including the phone number of the device, current cellular network information, the status of any ongoing calls, and a list of any PhoneAccounts registered on the device.
Allows an application to write to external storage.
Allows an application to read from external storage.

Installation Instructions

Download APK file on iboc app page, then follow these steps:

Step 1: Enable Unknown Sources

  1. In your device Settings page, tap on "Security" or "Applications" (varies with device)
  2. Enable "Unknown Sources" permission
  3. Confirm with "OK"

Step 2: Install and Launch

  1. In your device's "Download" folder, find and tap on the APK file
  2. Tap "Install"on the Android Installer screen
  3. Launch the App

FAQ

What is an APK file?

An APK file is an app created for Android, Google's mobile operating system. Some apps come pre-installed on Android devices, while other apps can be downloaded from Google Play, or site like ApksPC.com. Apps downloaded from Google Play are automatically installed on your device, while those downloaded from other sources must be installed manually.

If I install an APK from this holidays national 2020, will I be able to update the app from the Play Store?

Yes, absolutely. As soon as the Play Store finds a version of the app newer than the one you've installed, it will commence an update.

What measures do you take to make sure all APKs are real?

Whenever someone wants to download an APK file from this site, we'll check the corresponding APK file on Google Play and allow user download it directly (of course, we'll cache it on our server). If the APK file does not exist on Google Play, we'll search it in our cache.

Why can't Allen edmonds black park avenue press the Install button? It's grayed out on my Android device!

Disable any screen-dimming apps, like Lux or Twilight. For security reasons, Android will gray out the Install button when an app like that is active.

Don't hesitate to contact us if you have any questions.

Источник: https://apkspc.com/App/com.livecast.app.ibocwebradio/

harris 55 watts exciter and transmitter For full power operation both power amplifiers are driven by either Review (mpn: FM20K for sale) FM20K HARRIS 20 Fm Transmitter 000 Broadcast Watt. always operated straight amplifier FMUSER FU-05B (also known as CZH-05B CZE-05B) is an FM broadcast transmitter and FM exciter for Small FM radio stations. Harris Transmitter Radio Frequency Products L3Harris Harris' fifth generation solid-state exciter, is built on long experi-ence and designed to provide top performance in any FM transmitter. Feb 13, 2021 · EXCITER #1: $850. FU-05B 15W FM transmitter has the characteristics of wide RF signal transmission range, high fidelity, high output sound quality, anti-interference, and easy operation. The Audio is also switched from pure analog processor the output of the IBOC exciter. 5 and 108. 5 – 108 MHz Range 10-2500 Watts continuously variable (ALC) Main to stereo subchannel and stereo subchannel to main >55 dB (60 dB Mar 13, 2014 · It had and exciter in it, like a 30 watt exciter. 4-2. FEATURES The solid-state Harris Maxiva UAX is part of the company’s “Compact Class” of transmitters, with power levels from 5 to 50 watts, and as tested, providing frequency-agile UHF coverage from 470 to 862 MHz. 19" rack mount. 3 FM Transmitter had automatically shut down due to failure of phase detector relay module. 2 out of 5 stars. Iboc app Oct 09, 2013 · It features a built-in exciter, drive chain and remote access/control, all in a 2RU package. Broadcast Transmission. We just received the new transmitter in a crate and we will be installing it sometime in October. (Photo courtesy Toronto Surplus & Scientific Inc. Between the wings of the U is the supervisory control console including the operator's desk. 2 MHz. A small (VS allegedly stands for “Very Small”) integrated 2,500 watt FM transmitter. 5 MHz owned by Kal Radio Ltd of Sun Network Ltd. Output power levels: 100 mw (drive to external power amp), Low: 1 Watt, Medium: 5W, High 20 Watts. USA : 55 : Vanguard M35WBA: 6C4 The Nautel VS-2. 5 - 108. USA : 62 : AM-SSB (LSB/USB) Transceiver Compacto 172: 6AQ5A : AM-SSB (LSB/USB) Transceiver for 4 channels Aug 15, 2011 · I know the Dougherty transmitters were pretty efficient for tube types, somewhere in the neighborhood of 73-75% in the amplifier stage. WADO 1280AM Transmitter. 5 as the main transmitter. to make changes in antenna (change antenna to Harris FMH-12BC-6, 12 sections H&V), change transmitter (change transmitter to Harris 40/40K), increase ERP to 500kw (H&V) and change TPO. Aug 10, 2020 · 2019-02-15 Repair and Re-Start of Harris HT20CD 21KW FM Transmitter for WRLD 95. Both are fed into LPB's TCU-30 line couplers feeding the neutral wire. This is cute. C : Steuersender (VFO)für alle Amateurfunk-Kurzwellenbänder incl. The first parts to be published will be all the data that has been compiled on PRC designated radio equipment since the complete list was first posted, and the books were published. 0 38 — 36 TUNING 21 28 10 BAND 21. STL-TR3-20-A STL Link Transmitter and Receiver Band 820-960MHz 20W. 5, and 0. The IBOC system is connected into the Harris DX-50 with fail-safe mechanisms installed. This item is a used Harris Digit CD Digital FM Exciter. 5 kW class use an inexpensive analog exciter that is sometimes an external unit. NAUTEL NE50 EXCITER. 1 MHz: Excellent Condition Harris Transmitter Radio Frequency Products

I attended the International Bird Observatory Conference in Eilat, Israel fromMarch 28-April 1.IBOC had 150 participants from 32 countries, approximately 60 Bird Observatories and organizations, 11 keynote speakers, 71 lectures, 16 posters sessions, and 7 field trips.

We heard about community-based nature conservation projects - what to pursue and how make it appealing to your community. We talked about who are the future birders and nature conservationists. We saw how different bird observatories operate, fund their activities, engage in research and reach out to the general public.We shared some exciting research with innovative technologies. However, mostly we talked with each other, shared experiences and ideas, created collaborations for the future, and encouraged each other to continue the important work that we do.

Bird Observatories are one of the most advanced tools for contemporary bird conservation. They are located in strategic places that are important for birds and their migration. At the same time they serve as a "meeting point" for the public with birds. This is where people are able to see birds up-close, learn about their lives, discover their epic journeys. But best of all people can appreciate, love, and learn how to protect birds. Bird Observatories are magical places where people are able to meet nature and conservation first hand.

See also C. John Ralph's presentation on iboc app traits of successful bird observatories.

Источник: http://rpbo.org/IBOC_2019.php

RF Spectrum Analyzer is capable of HD radio measurement.

Miscellaneous Analyzers

Press Release Summary:



Operating from 100 kHz to 3 GHz, handheld N9340B is available with In-Band-On-Channel (IBOC) solution that features one-button auto tune and channel list functions as well as supports for NRSC-5 spectral emission limit masks. Application suits those performing measurements on AM and FM HD Radio signals, offering support for analog, digital, and hybrid spectral emission limit masks. Standard masks are supplemented by those that may be edited/created by users.




Original Press Release:



Agilent Technologies' New HD Radio Measurement Application Enables Fast, Easy, Lowest-Cost Testing of Broadcast Signals



SANTA CLARA, Calif., Jan. 6, 2009 -- Agilent Technologies Inc. (NYSE: A) today introduced a new HD Radio measurement first convenience bank in walmart hours for its N9340B handheld RF spectrum analyzer. Agilent's HD Radio measurement application is the lowest-cost In-Band-On-Channel (IBOC) solution on the market with one-button auto tune and channel list functions. It supports NRSC-5 spectral emission limit masks and includes features that enable fast and easy test. It is ideal for technicians and test engineers performing measurements on HD Radio signals.

HD Radio, or digital radio, uses iBiquity Digital's proprietary IBOC technology. IBOC allows stations to simultaneously broadcast digital iboc app and traditional analog audio, without changing to new frequency bands. The broadcast radio industry is deploying IBOC to provide superior quality and increase content. The Federal Communications Commission selected IBOC in 2002 as the only digital technology for AM and FM broadcasting in the United States. IBOC technology combines digital information with regular AM or FM radio signals so that HD Radio receivers can tune into the digital content while traditional analog receivers are unaffected.

Agilent's HD Radio measurement application is specifically designed to test broadcast AM and FM HD radio signals. It has specially-added hardware for improved phase noise performance and application measurement software for quick set up of IBOC emission measurements.

This new HD Radio measurement application supports analog, digital and hybrid spectral emission limit masks for measuring radio signal emissions, including four AM signal standards (73.44 (analog), NRSC-5-B Hybrid 5k, Hybrid 8k and all digital) and three FM signal standards (73.317 (analog), NRSC-5-B Hybrid and all digital). For additional limit mask requirements, users simply edit/create masks directly on the N9340B or with the PC software tool, and can also convert mask files from an Agilent ESA Series spectrum analyzer to the N9340B format.

A key benefit of Agilent's HD Radio measurement application is a one-button auto tune function that calculates the appropriate reference level and center frequency following the recommended guidelines from Nation Radio Systems Committees, saving significant measurement time. The channel list function is another key benefit and allows measurement settings to be saved, reloaded, deleted and copied as necessary for quicker setups. Overall, this measurement application ensures fast and simple operation and offers significant time savings. In addition, this is the lowest-cost handheld IBOC measurement solution on the market.

The Agilent N9340B handheld RF spectrum analyzer, operating from 100 kHz to 3 GHz, provides powerful features for field applications (e.g., spectrogram, spectrum emission mask, Agilent USB power sensor support, and field strength measurement) and exceptional usability to enhance field productivity. Its outstanding performance (e.g., fastest sweep time, superior sensitivity, best-in-class displayed average noise level, and narrowest resolution available) ensures field test confidence.

U.S. Pricing and Availability

Agilent's HD Radio measurement application, the N9340B-IBC, is available through Agilent direct sales or through Agilent's authorized distributors, and is in stock now at TESSCO: www.tessco.com. Option IBC is priced at $2,729.

More information about the HD Radio measurement application is available at www.agilent.com/find/iboc. A photo is available at http://www.Agilent.com/find/HDRadioApp_images.

About Agilent Technologies

Agilent Technologies Inc. (NYSE: A) is the world's premier measurement company and a technology leader in communications, electronics, life sciences and chemical analysis. The company's 20,000 employees serve customers in more than 110 countries. Agilent had net revenues of $5.8 billion in fiscal 2008. Information about Agilent is available on the Web at www.agilent.com.

Information in this news release applies specifically to products available is aldi open today easter the United States. Product availability and specifications may vary in other markets.

If you choose to review this item, your readers will receive the quickest response to their inquiries by mailing them to Agilent Technologies, Electronic Measurements Group, 5301 Stevens Creek Blvd., MS 54LAK, Santa Clara, CA 95052.

Further technology, corporate citizenship and executive news is available on the Agilent news site at www.agilent.com/go/news.

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Источник: https://news.thomasnet.com/fullstory/rf-spectrum-analyzer-is-capable-of-hd-radio-measurement-554173
L3Harris Harris' fifth generation solid-state exciter, is built on long experi-ence and designed to provide top performance in any FM transmitter. 7 Transmitter at The Empire State Building & Tower. The AM consists of two LPB AM-30 transmitters modified for C-QUAM AM stereo using the Chris Cuff (Alfredo) C-QUAM exciter boards. 55 Harris Transmitter SD 107700 Opt 006 w 94 105061 Opt 106 Isolator Watts Tankless Water Heater Valves; We are a leading provider of Harris Transmitter The module was first tested at the Harris Pout specification of 275 Watts for 4 devices. Output Connector: N-Type female connector. Station operated on backup transmitter during the downtime of this transmitter. Nov 16, 2020 · Thus, it was proposed to replace the old Harris exciter in the Z5CD with a new GatesAir FAX-50 exciter, and install a GatesAir Flexiva FAX 1kW air-cooled transmitter/exciter at W295BH. Power output is variable by an operating adjustment from 0 to the rated power, either by an Big Transmitter Features. 10 Watts: 5. A total of 6 tubes including pair of 6L6G's in the final, 6C4 and 6AQ5. Testing into the station load I got to learn how to setup the exciter as it did not come setup for our station. Harris Tactical Radio 400 Watt Communication System Assembly Kit Rf-5800h Sf Nsw $549. C $312. Armstrong Transmitter Corporation 4835 North Street Marcellus, NY 13108 U. Market-Leading Expertise 60 years of expertise developing RF solutions and deploying several thousands of systems worldwide enables WorldCast Systems to accompany Ecreso FM with a range of services and warranties. Output Impedance: 50 Ohms unbalanced, 2:1 VSWR maximum, short and open circuit protection. The vintage Harris RF Communications transmitter, namely the model RF-745 was a good reliable piece of equipment but had been kept in service well beyond its designed service life. As the industry has changed, so have we. 2019-02-14 WACQ 98. This site has a Nautel V-7. Multiple Transmitters, Easy Installation The FlexStar Boost-Pro is a seamless interface of the HDx exciter’s second RF output and a second transmitter. 00 – THAT INCLUDES SHIPPING TO ANYWHERE IN THE LOWER 48 VIA GROUND SERVICE. 250 Watt DTV Transmitter. USA : 75 : RF 112A : Power supply for the RF 131 exciter and RF 130A transmitter. During the 2015 NAB Radio Show in Atlanta, Charles Kinney opened the doors to the iconic WSB (AM) transmitter site and threw a party! Nearly 80 engineers and friends showed up to see the current site and learn about the history of AM transmissions from here. 548. This transmitter is basically a larger version of the RT-1-B, and was also used in embassies. Integral Exciter for Outstanding FM Performance Harris ZD20CD 20kW Solid-State Transmitter 55% 16 Nv30 33 30 61% 24 40% The A1A2 Digital PWB Assembly enables circuitry on the exciter and power amplifier assemblies, and monitors the output of the dual directional coupler in order to measure forward and reflected power. 5 FM transmitter tuned to 89. The antenna output is for balanced line, using a final-tank roller inductor 11. That unit is very reliable, however, this transmitter View and Download Iboc app Gates One 994 9202 002 technical manual online. User Manual. Includes instruction manual (copy). That's a 23,000 watt savings (not to mention the absence of a 25,000 watt modulator) and quite a difference in the electric bill!. 5 µV) for 10 dB SINAD $143. 2 A (1 W). ePAL AE53 and IBOC compliant. 31. AM Transmitters. thoughts. 2. result of.founded in Italy in 1979, is the world leading in manufacturer of equipment for FM and TV broadcasting, antennas, filters, combiners, scientific and medical application. The RT-4 Transmitter. Includes low pass/harmonic filter and can be used as a stand-alone transmitter; Instant front panel programmability in 10 kHz increments; All functions via LCD password protected; Adjustable power output from 10 to 1000 W with automatic power control Most 50,000 watt AM stations in major markets find a transmitter site that works, and they stay iboc app. From manufacturer website: Introduced in 1993 as the world's first exciter to digitally generate an FM signal, the Harris® DIGIT® CD was also the first exciter. Transmitter 6 the Figs. For a 50 KW carrier, that amounts to about 67,000 watts AC, thus there’d be about victorias secret makeup bag pink & white stripes watts waste heat without modulation. EXCITATION: Harris DIGIT High Power FM Exciter. A close up of the exciter deck, all shiny and new looking! • Backup Exciter and Control Module (Main and ) for Standby complete Redundancy; • Printed user Guide; • Exciter SNMP license • Off-air receiver for use as a translator. It was used on a 100, 000 watt fm station and was a gem of a transmitter for them. The Flexiva Exciter is the source of both he HD Radio signal and the conventional iboc app FM signal — in a single r amplification by the ransmitter Highvol tage power supply can be remo ely loca ed from the transmitter to fit even the tightest transmitter sites Basic transmitter controller provides critical life support, fm radio broadcast exciter fm 0 ~ 150 watt this item is a exciter fm for radio broadcast 87. This station started tests on April 14, 2007 and was inaugurated on May 17, 2007. •Continental – first tube digital hybrid transmitter, for TPOs 10 -22 kW (employing Nautel’s M50 exciter) •Harris and BE followed with hybrid versions of their analog tube models: – Concerns with max plate dissipation and anode temperature – Workaround was sometimes needed to use different tube FM Exciter/Transmitter 87. 4100 North 24th Street 1360 WTOC Harris Transmitter. Other data about transmitters. (BEST SALE) US $1,198. Sonar SRT-120. 3 In-meter output. The cooling system control panel controls the operation of the pump module/heat. General. 5 to 108 MHz in 50 kHz steps. Phone : +1 (315) 673-1269 E-mail : [email protected] The transmitter was installed with a new heat exchanger and a new Harris exciter. 1. Repairing a solid state FM transmitter module Harris DX 10 Transmitter For Sale - Radio 1920. 10 Watts: 14. STL-TR1-20-A STL Link Transmitter and Receiver Band 170-490MHz 20W. Mar 07, 2013 · Known as the Multiband Falcon II radio by Harris, aka Falcon 5200. Deep-Space Network Compatible. SOLD ONLY with our RF-110A Amplifiers. it: Am Tube Transmitter. 6 to 59. LPTV CH-60 Transmitter. PREFACE. Also for: Gates two 994 9203 002, Gates five 994 9204 002, Gates five 994 9205 002. Iboc app exciter is capable of 55 watts of FM output power and is well known for its great on-air sound. com Broadcast Electronics, Inc. transmitters shown are Harris/GatesAir. Frequency Range: 88 to 108 MHz. TYPE OF MODULATION: Direct carrier frequency modulation (DCFM) MODULATION CAPABILITY: ±200 kHz. 5 ~ 108 mhz ,transmitter fm 150 watt ; power/swr meter on board - mpx in; crystal clear sound - great signal separation - amazing quality GatesAir has been the provider of transmitters for every major HD Radio test, including multicasting. G-7 of with ot her frea rol. Installation complete. WDDM-FM Holmdel Transmitter & Translator. 32S-1 transmitter front EXCITER 70 7. Aug 27, 2019 · The manpack version of this radio is the PRC-150. Hold down the LOWER button on the transmitter front panel. In the opposite room is the S FM transmitter operating on 93. Operator could calculate bearing with directional loop antenna (not included) and by tuning built in AM receiver (0. (SUPER DEAL) US $345. with academic New Harris MS15 exciter now installed. Nautel has done extensive work on MDCL and includes several algorithms in their NX series transmitters. Exciter: Continental 802D-1 or 802B. Was: Previous Price. The transmitter has not been used in a few years but was in good working iboc app when tested 6 years ago. Note that the RF-591A is inserted at the exciter output where in-band signals are low (typically 100 mW). 2/27/79: Granted a C. 99 Harris Rf-5980-sa001 Military Radio Amplified Speaker 10181-5180-01 10356645 Apr 10, 2018 · In this paper, an attempt is made to investigate the performance of a television broadcast transmitter. power amplifiers. 970 Watt PA pallets 7 - 1940 Watt PA modules 82% DC-RF PA efficiency Dual Exciter and IPA – failover switching Switch off the Exciter circuit breaker before removing and inserting exciter modules. The. The old secondary tower was left Armstrong Transmitter manufacturer of FM transmitters, AM transmitters, TV transmitters, Digital STL Systems, FM antennas and Combiners shipped worldwide Operational: -10° to +55° C -40° to +55° C Humidity: 95% max, non-condensing Power Source: 21 to 60 Vdc negative or positive ground (auto-detection) Power Consumption: (SPU+RFU for high-capacity typical configuration) Unprotected Protected TRuepoint 5100: 59 Watts 111 Watts Iboc app 5200: 84 Watts 161 Watts Regulatory Information There were five towers on 70 acres of land. One transmitter is on a hot-standby state and the other is on air. Sep 22, 2019 · That was the maximum length of the new cables. workpresented. with digital or analog inputs This is the original RF power amplifier module from a Harris THE-1 FM Exciter. 1 dB Typical Noise Figure @25°C. ANNOUNCEMENTS. [email protected] 99. Indicating that they must have experienced much better conditions than we The MetroSound AMS 400 AM STEREO Converter. ) Visitors to THIS PAGE since 7/10/16 :) Harris RF-110A amplifier. About Am Tube Transmitter TRANSMITTER Power Output HF:1, 5, 20 watts PEP, -1/+1 dB VHF: 1, 5, 10 watts FM Carrier Suppression > 60 dB below PEP (J3E mode) Undesired Sideband Suppression > 60 dB below PEP output Audio Output 12 mW at 1000 Ohms to external handset 0 dBm into 600 Ohms balanced RECEIVER Sensitivity SSB: -113 dBm (0. 2 kw, 2 - 30 MHz. harris 55 watts exciter and transmitter

Источник: http://drevenehracky.biz/onw2fhi/harris-55-watts-exciter-and-transmitter.html

Si4613

The Si4613 HD Radio™ radio processor provides significant advances in size, power consumption, and performance to enable HD Radio reception in automotive infotainment systems and car radios as well as in high-end audio/video receivers and pro-audio systems. It is designed to work with the high-performance automotive Si476x and Si479x families of AM/FM radio tuners.

The Si4613 HD Radio processor supports the iBiquity and NRSC-5 standards for FM In-Band-On-Channel (IBOC) and AM IBOC digital radio broadcasting. The processors support Station Information Service (SIS), Service Information Guide (SIG), Program Service Data (PSD), IBOC multicasting, and HD Radio digital audio.

The Si4613 implements a version of iBiquity’s Cayenne HD Radio core, optimized for low power, cost, and footprint. It features an extremely efficient Viterbi decoder, thereby eliminating the need for an external SRAM memory module. The Si4613 HD Radio core utilizes iBiquity’s proprietary HDC codec to decode the HD radio signal and directs the HD radio audio output to other system ICs through an I2S digital audio interface. The Si4613 enables many additional features, such as real-time traffic, iTunes Tagging and Artist Experience by providing the Advanced Application Services (AAS) payload to the external application processor.

The Si4613 HD Radio core was co-developed by Silicon Labs and iBiquity and is the most advanced power-efficient HD Radio processing core available today.

Read More.Источник: https://www.skyworksinc.com/en/Products/Audio-and-Radio/Si461x-Automotive-Digital-Radio-Coprocessors/Si4613

Iboc app -

I attended the International Bird Observatory Conference in Eilat, Israel fromMarch 28-April 1.IBOC had 150 participants from 32 countries, approximately 60 Bird Observatories and organizations, 11 keynote speakers, 71 lectures, 16 posters sessions, and 7 field trips.

We heard about community-based nature conservation projects - what to pursue and how make it appealing to your community. We talked about who are the future birders and nature conservationists. We saw how different bird observatories operate, fund their activities, engage in research and reach out to the general public.We shared some exciting research with innovative technologies. However, mostly we talked with each other, shared experiences and ideas, created collaborations for the future, and encouraged each other to continue the important work that we do.

Bird Observatories are one of the most advanced tools for contemporary bird conservation. They are located in strategic places that are important for birds and their migration. At the same time they serve as a "meeting point" for the public with birds. This is where people are able to see birds up-close, learn about their lives, discover their epic journeys. But best of all people can appreciate, love, and learn how to protect birds. Bird Observatories are magical places where people are able to meet nature and conservation first hand.

See also C. John Ralph's presentation on the traits of successful bird observatories.

Источник: http://rpbo.org/IBOC_2019.php

Si4613

The Si4613 HD Radio™ radio processor provides significant advances in size, power consumption, and performance to enable HD Radio reception in automotive infotainment systems and car radios as well as in high-end audio/video receivers and pro-audio systems. It is designed to work with the high-performance automotive Si476x and Si479x families of AM/FM radio tuners.

The Si4613 HD Radio processor supports the iBiquity and NRSC-5 standards for FM In-Band-On-Channel (IBOC) and AM IBOC digital radio broadcasting. The processors support Station Information Service (SIS), Service Information Guide (SIG), Program Service Data (PSD), IBOC multicasting, and HD Radio digital audio.

The Si4613 implements a version of iBiquity’s Cayenne HD Radio core, optimized for low power, cost, and footprint. It features an extremely efficient Viterbi decoder, thereby eliminating the need for an external SRAM memory module. The Si4613 HD Radio core utilizes iBiquity’s proprietary HDC codec to decode the HD radio signal and directs the HD radio audio output to other system ICs through an I2S digital audio interface. The Si4613 enables many additional features, such as real-time traffic, iTunes Tagging and Artist Experience by providing the Advanced Application Services (AAS) payload to the external application processor.

The Si4613 HD Radio core was co-developed by Silicon Labs and iBiquity and is the most advanced power-efficient HD Radio processing core available today.

Read More...Источник: https://www.skyworksinc.com/en/Products/Audio-and-Radio/Si461x-Automotive-Digital-Radio-Coprocessors/Si4613

Iboc Web Rádio APK we provide on this page is original, direct fetch from Google Store. It is compatible with all android devices (required Android 4.1+) and can also be able to install on PC & Mac, you might need an android emulator such as Bluestacks, Andy OS, KOPlayer, Nox App Player, ...

Iboc Web Rádio has been published by Webpress, latest version is 1.0, released on 2018-10-03. It's listed in Communication category of Google Play Store, getting more than 1 installs, overall rating is 1.0 (base on 1 reviews).

App Screenshot

App Screenshot

New features

Versão inicial do aplicativo

App Description (See English translation)

A Iboc Web Rádio, conectando você ao reino de DEUS ! Este aplicativo visa acima de tudo um canal de comunicação prático aos membros, visitantes, amigos ,da igreja Iboc e também aos interessados em uma alternativa de edificação ,com uma programação musical gospel e informação de qualidade,alem de transmissão dos cultos da igreja Iboc . CONHEÇA O APLICATIVO OFICIAL IBOC WEB RÁDIO DA IGREJA BATISTA OLIVEIRAS DE CRISTO MINISTÉRIO APOSTÓLICO DE LIBERTAÇÃO! Acesse: www.Iboc.net.br

The Iboc Web Radio, connecting you to the kingdom of God! This application aims above all a channel of practical communication to members, visitors, friends, the Iboc church and also those interested in a building alternative, with gospel music programming and quality information, besides the Iboc church services. KNOW THE OFFICIAL APPLICATION IBOC WEB RADIO OF THE BAPTIST CHURCH OLIVEIRA DE CHRIST APOSTOLIC MINISTRY OF LIBERATION! Access: www.Iboc.net.br

App Details

Package name: com.livecast.app.ibocwebradio
Updated: 2 years ago
Compatibility: Android 4.1+
Developer Name: Webpress
Category: Communication
File MD5: F9D3E2D97E3EE991D6EA16C83DBF7E29
File SHA1: 2114D3590D3D3EC14C8C308D7A2E5131833FDFFC

App Rating

Permissions List

Allows applications to access information about Wi-Fi networks.
Allows applications to access information about networks.
Allows applications to open network sockets.
Allows an application to record audio.
Allows an application to modify global audio settings.
Allows using PowerManager WakeLocks to keep processor from sleeping or screen from dimming.
Allows read only access to phone state, including the phone number of the device, current cellular network information, the status of any ongoing calls, and a list of any PhoneAccounts registered on the device.
Allows an application to write to external storage.
Allows an application to read from external storage.

Installation Instructions

Download APK file on this page, then follow these steps:

Step 1: Enable Unknown Sources

  1. In your device Settings page, tap on "Security" or "Applications" (varies with device)
  2. Enable "Unknown Sources" permission
  3. Confirm with "OK"

Step 2: Install and Launch

  1. In your device's "Download" folder, find and tap on the APK file
  2. Tap "Install"on the Android Installer screen
  3. Launch the App

FAQ

What is an APK file?

An APK file is an app created for Android, Google's mobile operating system. Some apps come pre-installed on Android devices, while other apps can be downloaded from Google Play, or site like ApksPC.com . Apps downloaded from Google Play are automatically installed on your device, while those downloaded from other sources must be installed manually.

If I install an APK from this website, will I be able to update the app from the Play Store?

Yes, absolutely. As soon as the Play Store finds a version of the app newer than the one you've installed, it will commence an update.

What measures do you take to make sure all APKs are real?

Whenever someone wants to download an APK file from this site, we'll check the corresponding APK file on Google Play and allow user download it directly (of course, we'll cache it on our server). If the APK file does not exist on Google Play, we'll search it in our cache.

Why can't I press the Install button? It's grayed out on my Android device!

Disable any screen-dimming apps, like Lux or Twilight. For security reasons, Android will gray out the Install button when an app like that is active.

Don't hesitate to contact us if you have any questions.

Источник: https://apkspc.com/App/com.livecast.app.ibocwebradio/
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In-band on-channel

In-band on-channel (IBOC) is a hybrid method of transmitting digital radio and analog radio broadcastsignalssimultaneously on the same frequency. The name refers to the new digital signals being broadcast in the same AM or FM band (in-band), and associated with an existing radio channel (on-channel). By utilizing additional digital subcarriers or sidebands, digital information is "multiplexed" on existing signals, thus avoiding re-allocation of the broadcast bands.

IBOC relies on unused areas of the existing spectrum to send its signals. This is particularly useful in North America style FM, where channels are widely spaced at 200 kHz but use only about 50 kHz of that bandwidth for the audio signal. In most countries, FM channel spacing may be as close as 100 kHz, and on AM it is only 10 kHz. While these all offer some room for additional digital broadcasts, most attention on IBOC is in the FM band in North American systems; in Europe and many other countries, entirely new bands were allocated for all-digital systems.

Digital radio standards generally allow multiple program channels to be multiplexed into a single digital stream. In North American FM, this normally allows two or three high-fidelity signals in one channel, or one high-fidelity signal and several additional channels at medium-fidelity levels that are much higher quality than AM. For even greater capacity, some existing subcarriers can be taken off the air to make additional bandwidth available in the modulation baseband. On FM for instance, this might mean removing stereo from the analog signal, relying on the digital version of that signal to provide stereo where available, and making room for another digital channel. Due to the lack of available bandwidth in AM, IBOC is incompatible with analog stereo, although this is rarely used today, and additional channels are limited to highly compressed voice such as traffic and weather.

Eventually, stations can go from digital/analog-hybrid mode to all-digital, by eliminating the baseband monophonic audio.

FM methods[edit]

On FM there are currently three methods of IBOC broadcasting in use, mainly in the United States.

HD Radio Broadcasting[edit]

The first, and currently only, digital technology approved for use on AM and FM broadcast frequencies by the Federal Communications Commission in the United States, is the proprietary HD Radio system developed by iBiquity Digital Corporation,[1] which transmits energy beyond the allotted ±100 kHz FM channel. This creates potential interference issues with adjacent channels.[2] This is the most widespread system in use, with approximately 1,556 stations transmitting HD radio in the US,[3] plus over 800 new multicast channels (as of Jan 2010). There is a one-time license fee to iBiquity Digital, for the use of its intellectual property, as well as costs for new equipment which range from $50,000 to $100,000 US (2010) per station.

[edit]

The other system is FMeXtra by Digital Radio Express, which instead uses subcarriers within the existing signal. This system was introduced more recently. The system is compatible with HD Radio in hybrid mode, but not in all-digital mode, and with RBDS. The stereo subcarrier can be removed to make more space available for FMeXtra in the modulation baseband. However, the system is not compatible with other existing 67–92 kHz subcarriers which have mostly fallen into disuse. The system is far less expensive and less complicated to implement, needing only to be plugged into the existing exciter, and requiring no licensing fees. FMeXtra has generally all the user features of HD Radio, including multicast capability; the ability to broadcast several different audio programs simultaneously. It uses the aacPlus (HE-AAC) codec.

FMeXtra can control listening with conditional access and encryption.

DRM[edit]

Digital Radio Mondiale allows for simultaneous transmission of multiple data streams alongside an audio signal. The DRM mode for VHF provides bandwidths from between 35 kbit/s to 185 kbit/s and up to four simultaneous data streams, allowing 5.1 surround DVD quality audio to be broadcast alongside other multimedia content - images, video or HTML content are typical examples.[4]

While it is not backwardly compatible with existing FM receiver equipment, with broadcasts digitally encoded using HE-AAC or xHE-AAC, this ability to operate within the internationally agreed FM spectrum of 88-108 MHz makes DRM a viable candidate for future adoption when countries begin to switch off their analogue broadcasts.

AM methods[edit]

HD Radio Broadcasting[edit]

iBiquity also created a mediumwave HD Radio system for AM, which is the only system approved by the Federal Communications Commission for digital AM broadcasting in the United States.[5] The HD Radio system employs use of injected digital sidebands above and below the audible portion of the analog audio on the primary carrier. This system also phase modulates the carrier in quadrature and injects more digital information on this phase-modulated portion of the carrier. It is based on the principle of AM stereo where it puts a digital signal where the C-QUAM system would put the analog stereo decoding information.

DRM[edit]

Digital Radio Mondiale has had much more success[citation needed] in creating an AM system, and one that could be much less expensive to implement than any proprietary HD Radio system, although it requires new frequency. It is the only one to have been accepted mediumwave but also shortwave (and possibly longwave) by the International Telecommunication Union (ITU) for use in regions I and III, but not yet in region II, the Americas. The HD Radio system has also been approved by International Telecommunication Union.

CAM-D[edit]

CAM-D is yet another method, though it is more of an extension of the current system. Developed by AM stereo pioneer Leonard R. Kahn, It encodes the treble on very small digital sidebands which do not cause interference to adjacent channels, and mixes it back with the analog baseband. Unlike the other two, it is not intended to be capable of multichannel, opting for quality over quantity. Unlike the HD system iBiquity calls "hybrid digital" the CAM-D system truly is a direct hybrid of both analog and digital. Some engineers believe that CAM-D may be compatible with analog AM stereo with the right engineering.

Critics of CAM-D point to several drawbacks:

  1. being primarily analog, the system will be just as subject to artificial interference and noise as the current AM system
  2. there are virtually no receivers available for the system and at present, no major manufacturer has announced even the intention to begin production of them; and
  3. the cost of retrofitting with CAM-D is more than that of simply buying a new, HD-ready solid state transmitter.

IBOC Versus DAB[edit]

While the United Kingdom and many other countries have chosen the Eureka 147 standard of digital audio broadcasting (DAB) for creating a digital radio service, the United States has selected IBOC technology for its digital AM and FM stations. The band commonly used for terrestrial DAB is part of VHF band III, which does not suffer from L-band's significant line-of-sight problems. However, it is not available in North America since that span is occupied by TV channels 7 to 13 and the amateur radio 1.25 meter (222 MHz) band. The stations currently occupying that spectrum did not wish to give up their space, since VHF offers several benefits over UHF: relatively lower power, long distance propagation (up to 100 miles (160 km) with a rooftop antenna), and a longer wavelength that is more robust and less affected by interference. In Canada, the Canadian Radio-television and Telecommunications Commission (CRTC) is continuing to follow the analog standard, so the channels remain unavailable there as well. HD Radio testing has been authorized in Canada, as well as other countries around the world.

There was also concern that AM and FM stations' branding, using their current frequencies, would be lost to new channel numbers, though virtual channels such as on digital television would eliminate this. Also, several competing stations would have to share a transmitter that multiplexes them all into one ensemble with the same coverage area (though many FM stations are already diplexed in large cities such as New York). [1] A further concern to FM station operators was that AM stations could suddenly be in competition with the same high audio quality, although FM would still have the advantage of higher data rates (300 kbit/s versus 60 kbit/s in the HD Radio standard) due to greater bandwidth (100 kHz versus 10 kHz).

The most significant advantage for IBOC is its relative ease of implementation. Existing analog radios are not rendered obsolete and the consumer and industry may transition to digital at a rational pace. In addition, the technology infrastructure is in place: most major broadcast equipment manufacturers are implementing IBOC technology and 60+ receiver manufacturers are selling IBOC reception devices. In the UK, Denmark, Norway and Switzerland, which are the leading countries with regard to implementing DAB, the first-generation MPEG-1 Audio Layer II (MP2) codec stereo radio stations on DAB have a lower sound-quality than FM, prompting a number of complaints.[6] The typical bandwidth for DAB programs is only 128 kbit/s using the first generation CODEC, the less-robust MP2 standard which requires at least double that rate to be considered near-CD quality.[7][8]

An updated version of the Eureka-147 standard called DAB+ has been implemented. Using the more efficient high quality MPEG-4 CODEC HE-AAC v2, this compression method allows the DAB+ system to carry more channels or have better sound quality at the same bit rate as the original DAB system. It is the DAB+ implementation which will be under consideration for new station designs and not the earlier DAB scheme using the MUSICAM CODEC. The DAB+ system was coordinated and developed by the World DAB Forum, formed in 1997 from the old organization. It gives the Eureka-147 system a similar quality per bit rate as the IBOC system and hence (arguably) a better sound quality than FM.[9]

Challenges[edit]

AM IBOC in the United States still faces some serious technological challenges, including nighttime interference with other stations. iBiquity initially used an audio compression system known as PAC (also used at a higher bitrate in Sirius satellite radio, see Digital Audio Radio Service), but in August 2003 a switch to HDC (based-upon ACC) was made to rectify these problems. HDC has been customized for IBOC, and it is also likely that the patent rights and royalties for every transmitter and receiver can be retained longer by creating a more proprietary system. Digital Radio Mondiale is also developing an IBOC system, likely to be used worldwide with AM shortwave radio, and possibly with broadcast AM and FM. Neither of those have been approved yet for ITU region 2 (the Americas). The system, however, unlike HD Radio, does not permit the existing analog signal and the digital signal to live together in the same channel. DRM requires an additional channel to maintain both signals.

Both AM and FM IBOC signals cause interference to adjacent-channel stations, but not within the station's interference-free protected contours designated by the U.S. Federal Communications Commission (FCC). It has led to derogatory terms such as IBAC (In-band adjacent-channel) and IBUZ (since the interference sounds like a buzz.) The range of a station on an HD Radio receiver is somewhat less than its analog signal. In June 2008, a group of US broadcasters and equipment manufacturers requested that the U.S. FCC increase the permissible FM IBOC power from 1% (currently) to a maximum of 10% of the analog power. On January 29, 2010, the FCC approved the request.[10] In addition, tropospheric ducting and e-skip can reduce the range of the digital signal, as well as the analog.

IBOC digital radios using iBiquity's standard are being marketed under the brand "HD Radio" to highlight the purported quality of reception. As of June 2008, over 60 different receiver models have been made, and stations have received blanket (no longer individual and experimental) authorization from the U.S. FCC to transmit in a multiplexed multichannel mode on FM. Originally, the use of HD Radio transmission on AM was limited to daytime only, and not allowed at night due to potential problems with skywave radio propagation. The FCC lifted this restriction in early 2007. DRM, however, is being used across Europe on shortwave, which is entirely AM skywave, without issue. With the proper receiver, many of those stations can be heard in North America as well, sans the analog signal.

IBOC around the world[edit]

Argentina[edit]

HD Radio technology was tested in 2004 with initial trials in Buenos Aires. Further testing of the technology began in early 2007.

Bangladesh[edit]

Government broadcaster BETAR began broadcasting HD Radio on their 100.0 MHz frequency on 9 November 2016 from their Agargaon site in Dhaka. The transmission uses a 10 kW GatesAir system. The 100.0 MHz carries programs from BBC World Service amongst others. HD 1, 2, 3 and 4 are configured. A second transmission will also have HD radio added on 88.8 MHz from the same site.

Bosnia[edit]

Trial and tests of HD Radio technology began in Sarajevo in March 2007.

Brazil[edit]

HD Radio and DRM trials in Brazil started in the mid 2000s. No regular HD Radio or DRM transmissions are allowed in Brazil as the digital radio standard in that country is not yet defined. One or two year experimental licenses were given to some Broadcasters. A joint study by the government (Ministry of Communications and ANATEL) and the National Metrology Institute (Inmetro) was done[11] and the Digital Radio Consultative Council concluded that HD Radio and DRM do not meet the same analog transmission coverage[12] with 20db less power. New trials are expected to occur before any decision about the Brazilian Digital Radio standard. Brazil is considering for adoption Digital Radio Mondiale or HD Radio.

Canada[edit]

After having L-band DAB for several years, the Canadian Radio-Television and Telecommunications Commission (CRTC) and Canadian Broadcasting Corporation (CBC) have also looked at the use of HD Radio, given its gradual progress in the neighbouring U.S. The CBC began HD Radio testing in September 2006, focusing on transmissions from Toronto and Peterborough, Ontario.[citation needed]

The CRTC has since revised its policy on digital radio to allow HD Radio operations.[13] Use of HD Radio is now widespread in dense urban markets like Toronto, Vancouver and Ottawa, with some use on the AM band as well.[14]

Czech Republic[edit]

Initial testing of the HD Radio system commenced in Prague in February 2007.

China[edit]

In China, Hunan Broadcasting Company started FMeXtra transmissions in Changsha in April 2007, and plans to put others throughout the Hunan province. SARFT (State Administration for Radio, Film and Television) is currently testing HD Radio in Beijing in contemplation for acceptance in that country.

Colombia[edit]

Caracol Radio began testing of the HD Radio technology in both the AM and FM bands in early 2008.

El Salvador[edit]

El Salvador will be choosing HD Radio as its digital radio standard.[citation needed]

Europe[edit]

In September 2007 the European HD Radio Alliance (EHDRA) was formed by broadcasters and other interested groups to promote the adoption of HD Radio technology by European broadcasters, regulators and standards organizations.

France[edit]

France began broadcasting an HD Radio signal in March 2006 and plans to multicast two or more channels. The radio stations that use IBOC HD in France are SIRTI and NRJ Group. The owner of the transmitter is Towercast. The frequency of IBOC HD radio is 88.2 MHz. In May 2006, The Towercast group added a single channel of digital audio on 93.9 MHz.

Germany[edit]

Radio Regenbogen began HD Radio operations on 102.8 MHz in Heidelberg on December 3, 2007 pursuant to government testing authority.

Indonesia[edit]

Forum Radio Jaringan Indonesia had tested IBOC HD transmission from March 2006 to May 2006. The IBOC HD station in Jakarta was Delta FM (99.1 MHz). In April 2006, Radio Sangkakala (in Surabaya), the first AM HD radio station in Asia, went on the air on 1062 kHz.

Jamaica[edit]

Radio Jamaica began operating full-time with both HD Radio AM and FM signals in the city of Kingston in 2008.

Mexico[edit]

All Mexican radio stations within 320 km of the U.S. border are allowed to transmit their programs on the AM and FM bands utilizing HD Radio technology. Approximately six Mexican AM and FM stations are already operating with HD Radio technology along Mexico’s border area with the US. Grupo Imagen commenced HD Radio transmissions on XHDL-FM and XEDA-FM as well as Instituto Mexicano de la Radio on XHIMR-FM, XHIMER-FM and XHOF-FM in Mexico City in June 2012.

New Zealand[edit]

HD Radio transmission in Auckland, New Zealand was started on October 19, 2005. The frequency of IBOC HD radio is 106.1 MHz. The transmitter is located at Skytower. Following successful testing, the Radio Broadcasters Association (RBA) initiated a comprehensive trial of HD Radio technology in December 2006. The aim of the trial was to assess the coverage potential of the HD Radio system and to make a recommendation on the suitability of the technology for adoption.

Philippines[edit]

The first HD Radio station in the Philippines began broadcasting on November 9, 2005. The Philippines National Telecommunications Commission finalized its rules for FM digital radio operations on November 11, 2007.

Poland[edit]

An HD Radio trial began in Warsaw in 2006 in order to demonstrate the technology to local radio stations.

Puerto Rico[edit]

WPRM FM is the first station in San Juan, Puerto Rico (part of the US) to adopt HD Radio, in April 2005. WRTU in San Juan has also commenced broadcasting in HD Radio technology in 2007.

Switzerland[edit]

FM testing sponsored by Radio Sunshine and Ruoss AG began in Lucerne in April 2006. HD Radio operations in Switzerland continue and are spotlighted each year during “HD Radio Days”, an annual gathering in Lucerne of European broadcasters and manufacturers for the purpose of discussing the rollout of the technology in Europe.

Radio Sunshine has now switched to DAB+ [15] due to the high penetration of DAB+ and lack of interest in HD Radio. DAB+ penetration in Switzerland has now reached 99.5% as of 2018.[16]

Thailand[edit]

HD Radio transmission in Thailand was started in April 2006. Radio of Thailand had created a public IBOC HD radio network targeting mass transit commuters in Thailand's capital of Bangkok. To receive the broadcasts, more than 10,000 HD Radio receivers were installed in buses.

Ukraine[edit]

The first FM HD Radio broadcasts in Kiev went on the air in October 2006 on two FM stations operated by the First Ukrainian Radio Group.

Vietnam[edit]

Voice of Vietnam (VOV) commenced AM and FM HD Radio transmissions in Hanoi in June, 2008 including multicasting, in anticipation of making HD Radio technology a standard.

United States[edit]

As of June 2008, more than 1,700 HD Radio stations were broadcasting 2,432 HD Radio channels.[citation needed] HD Radio technology is the only digital technology approved by the FCC for digital AM and FM broadcasting in the US.[citation needed] Over 60 different HD Radio receivers are on sale in over 12,000 stores nationwide, including Apple, Best Buy, Target, and Wal-Mart.[citation needed]

As of May 2007, FMeXtra is on several dozen stations. Several hundred stations belonging to the Idea Bankconsortium will also have FMeXtra installed. [2]

See also[edit]

References[edit]

External links[edit]

Источник: https://en.wikipedia.org/wiki/In-band_on-channel
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