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207-647-3327; 888-SHIVELY (888-744-8359); FAX 207-647-8273 5 PM - 8 AM Eastern, emergencies only please - cell: (207) 329-5118 |
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| Employee Webmail | Shively E-Mail | |
|---|---|---|
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207-647-3327; 888-SHIVELY (888-744-8359); FAX 207-647-8273 5 PM - 8 AM Eastern, emergencies only please - cell: (207) 329-5118 |
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| Employee Webmail | Shively E-Mail | |
|---|---|---|
| Antenna models | |
| Typical elevation patterns | |
| Form for submitting tower information | |
| Icing Protection: | Radomes |
| De-Icers | |
| Transformers | |
| Related Information: | Tech bulletins |
| Tech sheets | |
| Bandpass filters | |
| Notch filters | |
| Branched combiners | |
| Balanced combiners | |
| Directional couplers | |
| Power splitters | |
| Low-level group delay equalizers | |
| Related information: | Tech bulletins |
| Tech sheets | |
| Calculators | |
| Shively Is Different! | |
| IBOC filter modules: | Medium-power |
| Low-power | |
| Very-low-power | |
| Digital injectors | |
| Interleaved A/D antenna | |
| Related information: | Tech bulletins |
| Tech sheets | |
| Calculators | |
| Shively filter selected for HD Radio™ demo in France. (May '06) | |
| 4 Times Square expands with new interdigital technology. (July '05) | |
| Revolutionary IBOC test at Cougar Mountain. (August '02) | |
| Shively's position on Dielectric's IBOC patents. | |
| CAUTION: All components are designed for use up to 108 MHz unless otherwise specified. Please contact Shively Labs for UHF components. | ||||
| Type "N" | ||||
| 7/8" | Flanged | Non-flanged | ||
| 1-5/8" | Flanged | Non-flanged | ||
| 3-1/8" | Flanged | Non-flanged | ||
| 4-1/16" | Flanged | Non-flanged | ||
| 6-1/8" | Flanged | Non-flanged | ||
| Cross-references: | ||||
| Old part numbers to new | ||||
| From Myat part numbers | ||||
| From Dielectric part numbers | ||||
| From SWR part numbers | ||||
| Related tech bulletins: | ||||
| Coax components specifications | ||||
| Patch panel dimensions (425 kB) | ||||
| Motorized transfer switches |
| Directional couplers |
| Digital injectors |
| Power splitters |
| Low-level group delay equalizers |
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| Calculators |
| Tough terrain, wicked weather, maximum coverage – nobody does it better! |
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Shively Labs deicers are designed to prevent ice from forming on radiating elements in mild to moderate icing conditions. The advantage of deicers over radomes is that deicer systems do not add a significant amount of weight or windload to an antenna system. However, they are generally more expensive to install and offer less physical protection than radomes. Radomes also have the advantage of no operating costs.
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Shively Labs deicers are designed to prevent ice from forming on antenna elements and are not designed to melt ice that has already formed. |
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For this reason, Shively Labs recommends that the system be installed with a dual setting thermostat assembly (Shively Labs Model 55522-G502) and controller assembly (Shively Labs Model 94068) that ensure the deicers are operated in the temperature range ice is most likely to form.
