电容cap feed是什么电容？？( 二 ) _馈通电容跟陶瓷电容滤波有多少差距

10pF,65pF,100pF,470pF,500pF,1000pF,1200pF,1500pF,1750pF,2000pF,2500pF,2700pF,
3000pF,3300pF,4700pF,5000pF,5500pF,6800pF,7000pF,9000pF,10000pF,0.01μF,0.012μF,
0.015μF,0.018μF,0.022μF,0.025μF,0.027μF,0.028μF,0.045μF,0.050μF,
0.056μF,0.075μF,0.08μF,0.1μF,0.15μF,0.21μF,0.3μF,0.75μF,0.8μF,1μF,
0.015μF,0.060μF,0.062μF,0.150μF,0.200μF,0.250μF,0.250μF,0.300μF,0.450μF,0.500μF,
0.7μF,0.750μF,0.990μF,1.0μF,1.2μF,1.4μF,1.5μF,2.1μF,2.8μF,
4.0μF,5.2μF
101 100pF 331 330pF 471 470pF
102 1000pF 332 3300pF 472 4700pF
103 10000pF 333 33000pF 473 47000pF
1000pF=1nF 1000000pF=1μF 1000nF=1μF 1μF=1000nF=1000000pF 1F=1000000μF
Code Capacitance tolerance Code Capacitance tolerance
F ± 1pF S + 50%, –20%
K ±10% Z + 80%, –20%
M ±20% P +100%, – 0%
穿心电容的工作电流Rated Current ：
0.06A,0.15A,0.25A,0.3A,0.45A,0.5A,1A,2A,3A,4A,5A,10A,15A,25A,50A,100A
穿心电容的额定电压Rated Voltage ：
直流：5V,28V,35V,50V,60V,70V,80V,100V,150V,200V,250V,275V
300V,330V,350V,400V,450V,500V,600V,750V,1250V,2500V
交流：70V,85V,90V,115V,125V,140V,200V,220V,230V,240V,330V,350V
穿心电容的耐电压Dielectric Withstanding Voltage ：
直流：额定电压的2.5倍交流：额定电压的6倍的直流电压
穿心电容的工作温度Working Temperature Range：
E：-10-+85℃ F：-25-+85℃ G：-30-+125℃
H：-40-+85℃ I：-55-+85℃ J：-55-+125℃
CCD输出波形中的馈通电压如何产生的？首先让T1管导通，电容C呗充电到
对应栅极电压VCC
的源极输出VOS对应图中的a然后让T1管关断，
却会出现下跳，
只看到一种解释说T1管的漏电流在T1上产生压降
让输出电压降低了，
请问，这个漏电流的方向是从T1的D到S么？
为什么漏电流会降低电容上的压降从而降低输出电压呢？第三步，给CCD
OG脉冲，这样CCD某个像素收集到的电荷就会
冲过来将电容上的电压拉低，从而使
输出电压下降最下面。
下降的幅度就对应了电荷的多少从而表示了光强。想知道电压a，电压b是如何产生的？