SV155SS716，there are the best SV155SS716 suppiers all over the world here.These are the list and detailed contact method of SV155SS716 suppliers all over the world as follows.You can buy or get informations of SV155SS716 through email , message or tel.

suppliers of SV155SS716 and PDF data of SV155SS716

Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
SV155SS716	SE		09+		17	SHENG ZHOU HE ELECTRONICS CO.,.. Contact:zhou Tel:86-755-83397505.82883120 Fax:86-0755-88296852 Email: 1018686693@qq.com
SV155SS716	SE		2009	Original installatio	900000	sz zhaoxing electronic co.,ltd.. Contact:lin Tel:86-755-83030613 Fax: Email: linyuzhong_sz@126.com

SV155SS716 Datasheet

		PCM64P
PARAMETER	CONOITIONS	NIIN	TYP	MAX	UNITS
RESOLUTION				18	Bits
DYNAMIC RANGE			108		dB
INPUT
DIGITAL INPUT . Logic Family Logic Level: VH VIL Data Format	lIH= +10UA I= -300HA	I I +Oj64 7r'pat'i'e++56~185 Parallel CSB, COa, CTCnJ			V
DYNAMIC CHARACI,ERI$TICS
TOTAL HARMONIC DISTORTJON +NOISE(2! F = 991Hz {OdB) F = 991Hz {-20dB) F = 991Hz {-60dB}	Fs = 176.4kHz with external bits l-4 adjust's'		-100 -86 -46	96 -82 -42	d8 dB dB
TOTAl HARMONIC DESTOnTION +NOISE F = 991Hz <Od8) F = 991Hz (-20dB) F - 991Hz (-6QdB)	Fs = 176.4kHz without external bits adjust		-96 -78 -38	-93 -76 38	dB da dB
NOISE	20Hz t0 20kHz at hipolar zern			3	nArmS
TRANSFER CHARACTERISTICS
ACCURACY Gain Error Bipolar Zero Error				0,5 6o	l
DRIFT . Gain BipolarZero .	ooc to +700C ooc to +70'C		10 ±2		ppm/oC ppm of FSRPC
POWER SUPPLY SENSITIVITY vce -vce +VD			0.003 ±0.003 t0.001		~toFSRl%Vce %FSRPJt*Vce %FSR/%Vo
WARM-UP TIME				1	minute
OUTPUT
' ANALOG OUTPUT Output Range'4' Internal RFeeOaAcX Output Impedance '		-i.oo I I +i.oo 10k. 10k, 5k, Sk			mA k0
SETfVNG TIME 1mA Step	10{1 t01000 load		200		ns
REFERENCE REOUIREMENTS
REFEfRENCE INPUT ' Input Voltage Input Current . Input Current	Unipolar Bipolar .	9.9	10	101 2	mA mA
POWER SUPPLY FIEC!UIREMENTS
Voltage Range: -Vce +VD Current: -Vce Power Dissipation	-vce = -15V, Voo = +5v	-14.5 +4.75	-22 +17 415	-15.5 +5.25	mA mA mW
TEMPERATURE RANGE
Specification Storage '		-50		+70 +100	oc oc

SV155SS716 Price

Semelab Plc reserves the right to change test conditions, parameter limits and package dimensions without notice. Information furnished by Semelab is believed to be both accurate and reliable at the time of going to press. However Semelab assumes no responsibility for any errors or omissions discovered in its use. Semelab encourages customers to verify that datasheets are current before placing orders.
SV155SS716 on stock

Parameter	Min	Typ	Max	Units
Frequency	824		849	MHz
CDMA mode Pouti		28		dBm
CDMA Mode Efflciencyi		35		%
AMPS Mode Output Power2		31.5		dBm
AMPS Mode Efficiency2		51		%

				LIMITS
SYMBOL	PARAMETER	TEST CONDITIONS		Temp = 401C to +85YC			UNIT
SYMBOL	PARAMETER	TEST CONDITIONS		MIN	TYPi	MAX	UNIT
VIK	Input clamp voltage	Vcc = 2.7V; IIK = -18mA			-0.85	-1.2	V
		Vcc = 2.7 t0 3.6V; IOH = -100ccA		Vcc-0.2	Vcc		V
VOH	High-Ievel output voltage	Vcc = 2.7V; IOH = -8mA		2 4	2.5
VOH	High-Ievel output voltage	Vcc = 3.OV; IOH = -32mA		2 0	2.3
		Vcc = 2.7V; IOL = 1000:A			0.07	0 2	V
		Vcc = 2.7V; IOL = 24mA			O3	0 5
VOL	Low-Ievel output voltage	Vcc = 3.OV; IOL = 16mA			O25	0 4
		Vcc = 3.OV; IOL = 32mA			O3	0 5
		Vcc = 3.OV; IOL = 64mA			0.4	0 55
		Vcc = 3.6V; Vi = Vcc or GND	Control pins		O1	+1.0
		Vcc = 0 0r 3.6V; Vi = 5.5V			0.4	10
fl	Input leakage current	Vcc = 3.6V; Vi = Vcc	Data pins4		0.1	1	c
fl	Input leakage current	Vcc = 3.6V; Vi = 0	Data pins4		-0.4	5	c
IOFF	Output off current	Vcc = OV; Vi or Vo = 0 t0 4.5V			O1	±100	C(A
		Vcc = 3V; Vi = 0.8V		75	135
IHOLD	Bus Hold current A inputs6	Vcc = 3V; Vi = 2.OV		-75	-135		C(A
IHOLD	Bus Hold current A inputs6	Vcc = OV t0 3.6V; Vcc = 3.6V		+500			C(A
IEX	Current into an output in the High state when Vo > Vcc	Vo = 5.5V; VCC = 3.OV			50	125	ccA
IPU/PD	Power up/down 3-State output current3	Vcc " 1.2V; Vo = 0.5V to Vcc; Vi = GND or Vcc OE/OE = Don't care			1	±100	ccA
IOZH	3-State output High current	Vcc = 3.6V; Vo = 3.OV; Vi = VIL or VIH			O5	5	C(A
IOZL	3-State output Low current	Vcc = 3.6V; Vo = 0.5V; Vi = VIL or VIH			O5	5
ICCH		Vcc = 3.6V; Outputs High, Vi = GND or Vcc,lo = 0			O07	0 12
ICCL	Quiescent supply current	Vcc = 3.6V; Outputs Low, Vi = GND or Vcc,10 = O			4.0	6 0	mA
lccZ	Quiescent supply current	Vcc = 3.6V; Outputs Disabled; Vi = GND or Vcc, lo = 05			O07	0 12	mA
Clcc	Additional supply current per input pin2	Vcc = 3V t0 3.6V; One input at Vcc-0.6V, Other inputs at Vcc or GND			0 1	0 2	mA

Suppliers Datasheet
		Exact Matc