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| #[[LTspice Simulation|LTspice Simulation Data]] | | #[[LTspice Simulation|LTspice Simulation Data]] |
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| '''LTspice Mixer Analysis:'''
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| What I basically did was I took the basic differential amplifier design and tested
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| the inputs with the two different designs: one with the data coming in through the
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| top transistor, and one where the data comes in through the bottom input. The pdf
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| diagramming the setups are displayed below.
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| The following is a schematic with the data coming in the top Transistor.
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| [[File:limit_on_top.gif|center|alt=A schematic]]
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| The following is the simulation of the data.
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| [[File:limit_on_top_graph.gif|center|alt=A graph]]
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| You can see that some of the data is limited by the bottom resistor so this is not
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| as good as the other way of which the simulation is done below.
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| [[File:limit_on_bottom_circ.gif|center|alt=A schematic]]
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| This is the Graph of the simulation, you can see that the data is passed in a better
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| range and that the wave form of the slower wave data is taken from the faster data.
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| [[File:limit_on_bottom.gif|center|alt=A graph]]
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| There is still some distortion at the bottom of the graph but overall I think this passes better
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| data than putting the oscillator on the top. If the transistors were biased
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| better, I think that the data would show a little better.
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Info:
Email: matthew.blaire@wallawalla.edu
b.there.dude@gmail.com
Call Sign: KD0ORX
Phone: 303-815-5651
- LTspice Simulation Data