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SI5022 Datasheet

	TEST CONDITIONS					LIMITS
CHARACTERISTIC	VOLTAGE Vdc			CURRENT Adc		BD799 B0800		BD801 BD802		UNITS
CHARACTERISTIC	VCB	VCE	VBE	IC	lB	Mln	Max	Mln	M^X	UNITS
ICBO	80 100						O.l		O.l
IEBO			-5	0			1		1	mA
yCEOb				O.la	0	80		100		V
hFE		2 2		la 3a		30 15		30 15
VBE(ON)		2		3a			1.6		1.6	V
VCE(sat)				3a	0.3		1		1	V
fT f=1 MHz		10		0.25		3		3		MHz
ROJC							1.92		1.92	oaw

SI5022 Price

CHARACTERISTIC		SYMBOL	TEST CONDITION	MIN	TYP	MAX	UNIT
Collector Cut-off Current		ICBO	VCB=60V, IE=O			0.1	,uA
Emitter Cut-off Current		IEBO	VEB=5V, IC =0			O1	A
DC Current Gain		hFE (1) (Note)	VCE = 6V, IC = 2mA	70		700
DC Current Gain		nFE(2)	VCE = 6V, IC =150mA	25	100
Saturation	Collector-Emitter	V CE(sat)	IC =100mA, IB =10mA		O1	0.25	V
Voltage	B ase-Emitter	V BE(sat)	IC =lOOmA, IB =lOmA			1.0	V
Transition Frequency		fT	VCE =10V, IC =lmA	80			MHz
Collector Output Capacitance		Cob	VCB =10V, IE =O, f=lMHz		2.0	3.5	pF
Base Intrinsic Resistance		rbb	VCE =10V, IE = -1mA, f= 30MHz		50		Q
Noise Figure		NF (1)	VCE = 6V, IC = O.lmA RG=lOkfl, f=lOOHz		O5	6	dB
Noise Figure		NF (2)	VCE = 6V, IC = O.lmA RG=lOkfl, f=lkHz		O2	3	dB

SI5022 on stock

The DMS-40PC's simplified schematic, shown in Figure l, can be very useful when debugging a malfunctioning circuit, especially if the user has some knowledge of operational amplifiers (op amps). The meter's high-impedance input consists of an op amp powered from a +5Vdc power supply (the -5V is internally generated). Figure 1 shows that input signals applied to (-) INPUT LO and (+) INPUT HI must to be kept within the +5V power-supply rails. Also note that only pin 11 has a current-limiting 909k I series resistor. High input voltages that have a common ground connection with pin 3 (5V RETURN) should only be applied to pin 11+) INPUT HI) and never to pin 12. In these high-voltage cases, pin 12 should always be tied to pin 3 (5V RETURN).

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