Mediumwave transmitter Flevoland Overview and Information

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Communication system consisting of radio masts and telecommunication towers located on top of rocky highlands
Credit: pexels.com, Communication system consisting of radio masts and telecommunication towers located on top of rocky highlands

The Mediumwave transmitter Flevoland is a significant broadcasting facility located in the Netherlands.

It was built in the 1950s to serve as a primary broadcasting site for the Dutch radio network.

The transmitter's primary function is to broadcast mediumwave signals to a wide area, including the surrounding provinces of Flevoland, Utrecht, and Gelderland.

The transmitter's location in Flevoland was chosen for its strategic position, allowing for efficient signal coverage of the surrounding regions.

Location and Name

The Mediumwave transmitter Flevoland is located in the province of Flevoland, Netherlands. This region is known for its unique landscape, with a significant portion of its land reclaimed from the sea.

The transmitter is situated near the village of Dronten, which is a small community with a population of around 35,000 people.

Description

The mediumwave transmitter Flevoland is a broadcasting facility located near Zeewolde in the province of Flevoland, Netherlands. It's situated at a precise geographical location of 5°25′ E and 52°23′ N.

Credit: youtube.com, An AM transmitter for medium wave - The Spitfire

This transmitter has been used for broadcasting on two specific frequencies: 747 kHz and 1008 kHz. It's worth noting that these frequencies are quite high, and the transmitter is capable of broadcasting with a nominal power of 400 kilowatts.

The transmitter's aerial system consists of two guyed steel framework masts, each standing at an impressive height of 195 metres. These masts are grounded and carry a cage aerial, which is separated from the mast construction by an insulator at a height of 95 metres.

The radiation diagram of the transmitter is directional, with a maximum gain of 4 dB in the South-Eastern direction. This directional radiation helps to compensate for the variation in electrical admittance of the terrain in the Netherlands.

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