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*** 6.4.3_promotescalar_final.testplan: promotegraph testplan for DVM tutorial section 6.4.3
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*?@ analysis	objective	jumper	measurement	measurement	measurement	measurement	source	load	label
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Ac	BodePlot(OUTPUT:1)	Close(J1)					Source(INPUT:1, Nominal)	Load(OUTPUT:1, Light)	VOUT=1.505V|Bode Plot|Vin Nominal|Light Load
Ac	BodePlot(OUTPUT:1)	Close(J1)	PromoteGraph( BODE PLOT, 100, 1, Bode Plot Nominal Vout )	PromoteGraph( LOAD, 90, 1 )	PromoteScalar( gain_margin, Gain Margin @ 1.505V (dB))	PromoteScalar( phase_margin, Phase Margin @ 1.505V (deg))	Source(INPUT:1, Nominal)	Load(OUTPUT:1, 50%)	VOUT=1.505V|Bode Plot|Vin Nominal|50% Load
Ac	BodePlot(OUTPUT:1)	Close(J1)					Source(INPUT:1, Nominal)	Load(OUTPUT:1, 100%)	VOUT=1.505V|Bode Plot|Vin Nominal|100% Load
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***	these tests use the new modified values								
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Ac	BodePlot(OUTPUT:1)	Open(J1)					Source(INPUT:1, Maximum)	Load(OUTPUT:1, Light)	VOUT=0.6V|Bode Plot|Vin Maximum|Light Load
Ac	BodePlot(OUTPUT:1)	Open(J1)	PromoteGraph( DVM BODE PLOT#log#ac, 80 )	PromoteGraph( DVM LOAD#pop )	PromoteScalar( gain_margin, Gain Margin @ 600mV (dB))	PromoteScalar( phase_margin )	Source(INPUT:1, Maximum)	Load(OUTPUT:1, 50%)	VOUT=0.6V|Bode Plot|Vin Maximum|50% Load
Ac	BodePlot(OUTPUT:1)	Open(J1)					Source(INPUT:1, Maximum)	Load(OUTPUT:1, 100%)	VOUT=0.6V|Bode Plot|Vin Maximum|100% Load
***