What does AEH mean in UNCLASSIFIED

Azimuth and Elevation Head (AEH) is a device designed to measure the azimuth and elevation values of celestial objects. It measures direction, altitude, and time accurately. It can be used to identify specific stars or planets in order to locate them in space or for navigation purposes.

An AEH uses two sensors, one called the azimuth head and another called the elevation head. The azimuth head measures the relative angular distance from a reference angle to a celestial object on the horizon, while the elevation head determines the elevation angle above or below the horizon of that same celestial object. The two readings are then combined to give an accurate reading of its position in space relative to other stars or planets.

One application of AEHs is astronomy research. They can be used by astronomers in order to study distant stars and planets more easily since they provide an accurate reading of their location relative to other celestial objects. They have also been used for navigation purposes since they can identify specific stars or planets when trying to locate a desired destination point. Additionally, they are also useful for surveying land surveys as well as serving as reference points for map making projects.

An AEH typically has a high degree of accuracy with readings being within just a few seconds of arc in both azimuth and elevation measurements. Higher end models may even have better accuracy than this due to their use of advanced sensors which provide additional precision when taking readings from distant celestial bodies.

Yes, you can use an AEH system at home for personal observation purposes such as stargazing or planet gazing or simply keeping track of celestial events such as meteor showers or eclipses if any are occurring during certain times throughout the year.

Generally speaking most stand-alone portable models will operate off either AAA batteries or 9 Volt DC sources while stationary base models tend require AC voltage/current sources often connected directly into wall power outlets depending on make/model specifics etc..

Depending on usage generally speaking all that is required usually consists minimal general routine maintenance like occasionally cleaning lenses/mirrors etc.. But components such as sensitive tracking motors should probably never be taken apart unless absolutely necessary since recalibration may be required after such servicing resulting in potentially costly repairs being needed.

Yes there some specialized software packages available which were designed specifically for certain makes/models separating them from competitors operating systems found on similar services/products.