The link below is the schematic for the design of a 300 watt broadcast amplifier in the 88-108 Mhz range.
https:www.electroschematics.com/19/300w-fm-88-108-mhz-amplifier-tp9383
This amplifier uses two tp9383 transistors. The individual power output of each individual transistor is 150 watts. A link to the specification sheet of this transistor is provided below:
https://www.mouser.com/datasheet/2/453/tp9383-15678.pdf
As you can see from the schematic, there is a simple pattern of repeating the basic circuit of one transistor, with another of the same transistor to double the output wattage by combining their individual power outputs into a final stage, resulting in a doubling of the output wattage.
Hypothetically, if a person were to continue this pattern six more times for a total of eight transistors, would they get an output wattage of approximately 1.2Kw ?
If the answer is yes, can this be done indefinetely, or rather, what is the limit ?
https:www.electroschematics.com/19/300w-fm-88-108-mhz-amplifier-tp9383
This amplifier uses two tp9383 transistors. The individual power output of each individual transistor is 150 watts. A link to the specification sheet of this transistor is provided below:
https://www.mouser.com/datasheet/2/453/tp9383-15678.pdf
As you can see from the schematic, there is a simple pattern of repeating the basic circuit of one transistor, with another of the same transistor to double the output wattage by combining their individual power outputs into a final stage, resulting in a doubling of the output wattage.
Hypothetically, if a person were to continue this pattern six more times for a total of eight transistors, would they get an output wattage of approximately 1.2Kw ?
If the answer is yes, can this be done indefinetely, or rather, what is the limit ?
