meowth08
Member
Hi,
Design requirements:
12 Volts supply
output: 3 V peak to peak
frequency of oscillation: 1590 Hz
We already have a partial design.
It's a common emitter amplifier connected to the clapp oscillator.
We are getting approximately 8 Volts pk to pk on the simulation.
Can you suggest any other ways to accomplish the requirement?
I'll post our partial design later.
Many thanks.
By the way, I am measuring on top of R5.
I just added R5 and made it a very high value so it acts like open.
I wanted to measure below C6 and R5 should not be there
but I could not figure out how to add test points.
One thing more, I also want to see in the simulation
the frequency of oscillation without manually computing it.
Design requirements:
12 Volts supply
output: 3 V peak to peak
frequency of oscillation: 1590 Hz
We already have a partial design.
It's a common emitter amplifier connected to the clapp oscillator.
We are getting approximately 8 Volts pk to pk on the simulation.
Can you suggest any other ways to accomplish the requirement?
I'll post our partial design later.
Many thanks.
By the way, I am measuring on top of R5.
I just added R5 and made it a very high value so it acts like open.
I wanted to measure below C6 and R5 should not be there
but I could not figure out how to add test points.
One thing more, I also want to see in the simulation
the frequency of oscillation without manually computing it.
Last edited: