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Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
VJ1206U684MXAAT 1206-684M B	VISHAY		07+			Shenzhen Haixinyuan Electronic.. Contact:Zhu Tel:86-755-83013532 Fax:0755-83013883 Email: sales@hxydz.com
VJ1206U684MXAAT 1206-684M B	VISHAY		2008+	pb-free	412000	HK.kenenda electronic Co.,Ltd Contact:lucky Tel:86-755-23956554 Fax:86-755-83356933 Email: kenenda1@yahoo.cn
VJ1206U684MXAAT 1206-684M B	VISHAY					KAIRONGDZ Contact:KELLY Tel:86-755-82861644 Fax:86-755-23816662 Email: kelly@fantastic-ele.com

VJ1206U684MXAAT 1206-684M B Datasheet

Collector Current,Ic - mA Collector Current,IC - rnA 507 H ?'ir:r?o?c: oclia014bci oa i
VJ1206U684MXAAT 1206-684M B on stock

Signal	Sym	Min	Typ	Max	Units
VDD VDD guard Vss Antiblooming drain Start Clock oi, e12 Reset gate Antiblooming gate Video bias Reset drain Clock rate Start rise time Start fall time Start pulse width el rise time e~i fall time C:2 rise time c:i2 fall time Video delay time Clock crossings Capacitance Jai, eF2 at 5V bias 1 RL0128TB RL0256TB RL0512TB Capacitance, each video at 2.5V bias RL0128TB RL0256TB RL0512TB	VDD VDDG VSS VABD VSH High VSL Low VHl,VH2 High VLl, VL2 Low VHRG High VLRG Low VHABG High VLABG Low N VRD trs tfs tpws trl ttl tr2 tf2 tVD xl X2 ce cv	4.5 VDD - .1 VSS VDD - .1 VSS VDD - .1 VSS VDD - .1 VSS 2 2 .001 10 o o	5 VDD o VSS VDD/2 VDOt2 10 10 10 10 10 10 20 33 38 44 6 9 16	9 VDD VSS + .4 VDD VSS + .4 VDD VSS+ .4 VDD VSS+ .4 VDD -2 VDD -2 10 50 50 20 20 20 20 50 50	v v v v v v v v v v v v v v MHz ns ns ns ns ns ns ns ns % % pF pF pF pF pF pF

Features i A single package containing preamplifier, ALC circuit, power amplifier I Preamplifier with high gain, and power ampli- fier with high gain and output . Minimum number of external parts required . Soft tone quality at the time of output satura- tion

of two (6dB) before being re-amplified by the A gain setting. This avoids the extra 3dB degradation due to the square-root effect described above, the key advantage of the active termination technique. As mentioned above, the previous explanation ignored the input noise contribution of the LNP itself. Also, the noise contribution of the feedback resistor must be included for a completely correct analysis. The curves given in Figures 6 and 7 allow the VCA2613 user to compare the achievable noise figure for active and conventional termination methods. The left-most set of data points in each graph give the results for typical sol cable termination, showing the worst noise figure but also the greatest advantage of the active feedback method.

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