The number of semiconductor reaches the remarkable number of 28 transistors and 22 diodes, a number which denotes the high level of sophistication reached in this design.Īs a side note, the power supply circuitry is now an integral part of the receiver The intermediate frequency circuits for AM part are now completely separated from those used for the FM section. The audio portion was also enhanced and more powerful. In particular, the Satellit 2000 was characterizedīy a new look, more modern and in line with the aesthetical trend of early seventies.įrom a circuitry perspective, model 2000 made use of ceramic filters in the IF section, therefore improving the selectivity for LW-MW-SW reception.
#GRUNDIG SATELLIT 800 REPAIR SERIAL#
With a serial production (the main case body is now made of plastic and printed circuit boards design is optimized to reduce extra
While the first one was a not particularly worth of praise evolution of model 210, model 2000 was a brand new project with new characteristics.įirst, a complete re-engineering of the product, now more in line The Satellit range continues in 1972-1973 with the introduction of models 10. The main difference distinguishing the 210 from 208 is the presence of an additional antenna trimmer. Feature wise, this model is very similar to its predecessor, both from the electronic and aesthetic point of view. According to many collectors, this is probably one of the best analog multi-band receivers ever produced. The Satellit 208 project was further refined with the introduction of the Satellit 210 (Transistor 6001). In the seventies Satellit had become synonymous of "the" receiver for the advanced radio enthusiast. The point that the 208, along with 210, is probably one of the most beautiful models in the Satellit range ever since. This greately facilitates the tuning of broadcasting bands.Ĭompared to the previous model, the circuitry is completely revised making exclusive use of silicon transistors and for FM front-end section of Field Effect Transisors, an innovation worth of note for a product likely designed in 1967- 1968. The appearance is completely redesigned and the result is remarkable to Selection a specific band or a sub-section of the same (band Moreover, the management of various short-wave bands becomes moreĬomfortable thanks to an innovative solution that allows There are major differences with respect to the previous model: in particular the receiver makes use of aĭouble conversion circuitry, therefore improving receiver's sensitivity and Satellit 208 (also known as Transistor 6000). The commercial success of Satellit 205 paved the way for aįurther refinement of the project with the launch in 1967 of the Optional BFO (beat frequency oscillator) for CW and SSB reception, and, for the audio section, a complete bass and treble tone control and a two-way loudspeaker. Subsequent models, such as the short-wave band selection realizedīy using a rotating drum, the availability of an Model, launched in 1964, we can find some characteristics present in all Strongly inspired by Max Grundig himself.
The first model of this line was the Satellit 205, also knownĪs Transistor 5000, a 17 transistors single conversion superetherodyne receiverĭerived from the former Ocean Boy model. Satellit is the trade name for the line of multi-band radio receivers
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