AD > Map-16 > QLS30ZA-NT

QLS30ZA-NT，there are the best QLS30ZA-NT suppiers all over the world here.These are the list and detailed contact method of QLS30ZA-NT suppliers all over the world as follows.You can buy or get informations of QLS30ZA-NT through email , message or tel.

suppliers of QLS30ZA-NT and PDF data of QLS30ZA-NT

Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
QLS30ZA-NT	96		Power-On..		'06	Prestige Electronics Co. Contact:mason Tel:86-755-82539286 Fax: Email: mason@prestige-ic.com

QLS30ZA-NT Datasheet

Parameter	Symbol	Condition	Min Typ Max	Units
TEMPERATURE COEFFICIENTl,2 "E" Grade "F" Grade "G" Grade3	TCVo/IC	IOUT=OmA	2 5 10	ppm/'fC ppm/IC ppm/IC
LINE REGULATION4 "E" Grade "F & G" Grades	q:VO /CVIN	4.75 V " Vs " 15 V,IOUT = 0 mA	5 10	ppmN ppmN
LOAD REGULATION4 "E" Grade "F & G" Grades	qlVO/CVLOAD	Vs = 5.80 V, O " IOUT " 20 mA	5 10	ppm/mA ppm/mA
DROPOUT VOLTAGE	Vs - Vo	Vs = 5.10 Vj ILOAD = 10 rriA Vs = 5.95 V, ILOAD = 20 mA	0.60 1.45	V V

QLS30ZA-NT Price

	Mimeters			Inches
Dimensions	Min	Typ.	Max	Min	Typ.	Max
A			1.75			0.069
al	0.1		0.25	0.004		0.010
a2			1.65			0.065
a3	0.65		0.85	0.026		0.033
b	0.35		0.48	0.014		0.019
bl	0.19		0.25	0.007		0.010
C	0.25		0.5	0.010		0.020
cl	450 (typ)
D	4.8		5.0	0.189		0.197
E	5.8		6.2	0.228		0.244
e		1.27			0.050
e3		3.81			0.150
F	3.8		4.0	0.150		0.157
L	0.4		1.27	0.016		0.050
M			O6			0.024
S	80 (max)

QLS30ZA-NT on stock

Collector to emitter saturation	VCE(sat,		0.2	0.6	V	le = 150 mA, lB = 15 mA*2
voltage	VCE(sat,		0.2	0.6	V	le = 150 mA, lB = 15 mA*2
Base to emitter voltage	VBE		0.64		V	VCE = 3 V, le = 10 mA

		Test Condition		Va		ue
Symbol	Parameter			·40 t0 85 0C		-55 t0 125 0C		Unit
Symbol	Parameter	vcc (v)		Min	Max	Min	Max	Unit
VIH	High Level Input Voltage	2.3 t0 2.7		1.6		1.6		V
VIL	Low Level Input Voltage	2.3 t0 2.7			O7		0.7	V
VOH	High Level Output	2.3 t0 2.7	10=-100 ccA	Vcc-0.2		Vcc-0.2		V
	Voltage		lo=-4 mA	2.0		2.0
		2.3	lo=-6 mA	1.8		1.8
		2.3	lo=-8 mA	1.7		1.7
VOL	Low Level Output	2.3 t0 2.7	10=100 ccA		O2		0.2	V
	Voltage		10=6 mA		0.4		0.4
	Voltage	2.3	10=8 mA		O6		0.6
ll	Input Leakage Current	2.3 t0 2.7	VI=O t0 3.6V		±5		±5
loff	Power O Leakage Current	O	Vi or Vo = 0 t0 3.6V		10		10
102	High Impedance Output Leakage Current	2.3 t0 2.7	VI = VIH or VIL VO = 0 t0 3.6V		±10		±10
lcc	Quiescent Supply		VI = Vcc or GND		20		20
lcc	Current	2.3 t0 2.7	Vi or Vo = Vcc to 3.6V		±20		±20