Epson S1F70000 manual 170

Typical Performance Characteristics

		2.0
temperaturevoltageoutput			Ta = 25 ˚C
	(mV/˚C)characteristic	1.5
		1.0
Fixed		0.5
		0.0
		0	1	2	3	4	5	6

Fixed output voltage (V)

Fixed output voltage temperature characteristic

5

		VI1 = 1.5 V
(∝A)	4
current	3
Standby	2
	1
	0
		–30	0	25	50	75	85

Ambient temperature (˚C)

Standby current vs. ambient temperature

(ppm)	10
		RD = 200 kΩ
		VI	= 1.5 V
deviation	5	fO = 32 kHz					C		G = CD = 10 pF
frequency
Normalized	0							C	G = CD = 20 pF
	–5
	–10			Normalized frequency deviation =						f/f
	0.5		1.0		1.5	2.0				2.5

Input voltage (V)

Normalized frequency deviation vs. input voltage 1

S1F76300 Series

(ppm)deviation	50
				Normalized	frequency	deviation		= f–fO
frequency	0								fO
							CD = 10 pF
Normalized
							CD = 20 pF
		R	D = 200 kΩ
		VI = 1.5 V
	–50	fO = 32 kHz
		10			20					30
	0

Gate capacitance (pF)

Normalized frequency deviation vs. gate capacitance 1

(ppm)	1.0
		VI = 1.5 V				CG = C		D = 20 pF
		RD = 0		Ω
deviation		fO = 96 kHz
frequency
	0						CG = CD = 10 pF
Normalized
			Normalized frequency deviation =						f/f
	–1.0
				1.0	1.5	2.0			2.5
	0.5

Input voltage (V)

Normalized frequency deviation vs. input voltage 2

(ppm)	50
			Normalized			frequency	deviation		=	f–fO
										fO
		RD = 0		Ω
deviation
		VI = 1.5 V
		fO = 96 kHz
frequency	0
								CD = 10 pF
Normalized
								CD = 20 pF
	–50
	0			10	20			30

Gate capacitance (pF)

Normalized frequency deviation vs. gate capacitance 2

S1F76300 Series

S1F70000 Series Technical Manual

EPSON 4–25