01	R = 10kΩ
	C = 100nF
	D = DUS
	T = BC547B; hFE ~320
	f = 402.4Hz

02	C = 68pF
	f = 31.5kHz

04	C = 68pF
	output load: 3.3kΩ
	f = 41.72 kHz

05	C = 68pF
	Shottky diodes from Base to Collector
	--> static, no clock

07 	C = 100nF
	2 Shottky diodes fitted in running system
	runs if running, remains static once stopped clocking

	measured in static state:
	Output: 393mV
	Base: 627mV
	@Cap/diodes: 1.15C / 920mV / 900mV / 950mV

08	with 3.3kΩ output load
	different number of Shottky diodes (1 or 2; 3 or 4 always static)
	different phases

09	C = 68pF
	output load: 3.3kΩ
	using DUS as anti-saturation diodes!
	f = 259.3kHz

	n.b.: scan of voltage at Cap shows that it doesn't swing below 585mV! redo scan?

	measured forward voltages of diodes @ 0.7mA:
	DUS:   ~0.53V
	BC547B ~0.57V

	the BC547 reaches almost 0V without anti-saturation diodes
	with saturation limiter: 80mV with 3.3kΩ load