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design of a superheterodyne radio receiver on short wave band and medium wave band
5/28/2003 11:01:35 AMoyetope oyewunm
i need a write up on this
5/28/2003 11:04:07 AMoyetope oyewunmi
:i need a write up on this
5/28/2003 11:07:32 AMoyetope oyewunmi
::i need a write up on this
5/28/2003 11:14:57 AMoyetope oyewunm
::: i need a report on the topic
5/28/2003 11:17:25 AMoyetope oyewunm
:::: i need a report on the topic the design of superheterodyne radio receiver on short wave band and medium wave band
5/28/2003 11:18:52 AMoyetope oyewunmi
::::: i need a report on the topic the design of superheterodyne radio receiver on short wave band and medium wave band
5/31/2003 5:14:40 PMJohn McPherson
Hi,
ARRL, and a number of other sites on the web should have a basic block diagram for an "AM" (Amplitude Modulated) superheterodyne reciever, which are used for reception of the MW band (approx 500 Khz to 1700Khz) and SW from 1700Khz up to the upper limits of the 10 meter amature band (usually broken into 5Khz to 10 Khz segments.)

The real difference between any two bands chosen (other than some considerations for RF radiation and interference) is the oscillator frequency used at the first detector stage, and the tuned RF section used in a number of radio sets.

:::::: i need a report on the topic the design of superheterodyne radio receiver on short wave band and medium wave band



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