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Capacitors

Model: TD-CC10PF
  0.00001µF = 0.01nF = 10pF Ceramic Capacitor (10pf) Formula: 0.00001µF = 0.01nF = 10pF General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   microfarads (µF) nanoFarads (nF) picoFarads (pF)  0.000001µ..
₹ 1.00
Model: TD-CC100PF
0.0001µF = 0.1nF = 100pF = 101pF Ceramic Bipolar Capacitor (100pf)For example, 101 represents 100 pF: the digits 10 followed by one additional zero. If there are only two digits listed, the number is simply the capacitance in pF. Thus, the digits 22 indicate a 22 pF capacitor. Formula: 0.0001µ..
₹ 1.00
Model: TD-CC22PF
  0.00022µF = 0.22nF = 22pF Ceramic Capacitor (22pf) Formula: 0.00022µF = 0.22nF = 22pF General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   microfarads (µF) nanoFarads (nF) picoFarads (pF)  0.000001µ..
₹ 1.00
Model: TD-CC27PF
  0.00027µF = 0.27nF = 27pF Ceramic Bipolar Capacitor (27pf) Formula: 0.00027µF = 0.27nF = 27pF General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   microfarads (µF) nanoFarads (nF) picoFarads (pF)  0..
₹ 1.00
Model: TD-CC33PF
  0.00033µF = 0.33nF = 33pF Ceramic Capacitor (33pf) Formula: 0.00033µF = 0.33nF = 33pF General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   microfarads (µF) nanoFarads (nF) picoFarads (pF)  0.000001µ..
₹ 1.00
Model: TD-CC39PF
  0.00039µF = 0.39nF = 39pF Ceramic Capacitor (39pf) Formula: 0.00039µF = 0.39nF = 39pF General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   microfarads (µF) nanoFarads (nF) picoFarads (pF)  0.000001µ..
₹ 1.00
Model: TD-CC47PF
  47 pF Ceramic Disc Capacitor (47)  47 pF Ceramic Capacitor (473) General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   microfarads (µF) nanoFarads (nF) picoFarads (pF)  0.000001µF = 0.001nF = 1pF..
₹ 1.00
Model: TD-CC102PF
  0.001 µF Ceramic Disc Capacitor (102)  0.001 µF Ceramic Capacitor (102) Formula: 102 = 0.001mfd = 10*102 = 103pf = 1kpf = 1nf General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   mic..
₹ 1.00
Model: TD-CC103PF
  0.01 µF Ceramic Disc Capacitor (103)  0.01 µF Ceramic Capacitor (103) Formula: 103 = 0.01mfd = 10*103 = 104pf = 10nf - Transistors & MOSFETs (20) - Cabinets & Enclosures (2) INTEGRATED CIRCUITs (223) - 4XXXX Series IC's (41) - 74XXXX Series IC's (32) - ADC DAC'c (5) -..
₹ 1.00
Model: TD-CC104PF
  0.1 µF Ceramic Disc Capacitor (104)  0.1 µF Ceramic Capacitor (104) Formula: 104 = 0.1mfd = 10*104 = 105pf = 100nf General Calculation: The value of this unit is considered too basic, so the unit farad is reduced again to the units as follows:   microfarads (µF) na..
₹ 1.00
Model: TD-EC1MF
  Electrolytic capacitors for usage in electrial and electronic circuits If your requirement doesn't meet voltage stated above, still you can use this capacitor. Example- Suppose you need 16volt or 25volt capacitor than you may also use 63volt capacitor. (not applicable in case of timer..
₹ 3.00
Model: TD-EC10MF
  Electrolytic capacitors for usage in electrial and electronic circuits If your requirement doesn't meet voltage stated above, still you can use this capacitor. Example- Suppose you need 63volt capacitor than you may also use 63volt capacitor, in most of the cases. (not applicable in case o..
₹ 3.00
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