0.0001µF = 0.1nF = 100pF = 101pF Ceramic Bipolar Capacitor (100pf)Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.For example, 101 represents 100 pF: the digits 10 fol..
0.001 µF Ceramic Disc Capacitor (102)
Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
Formula:
102 = 0.001mfd = 10*102 = 103pf = 1kpf = 1nf
..
0.01 µF Ceramic Disc Capacitor (103)Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.Formula:
103 = 0.01mfd = 10*103 = 104pf = 10nf
General Calculation:
The va..
0.00001µF = 0.01nF = 10pF Ceramic Capacitor (10pf)Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
Formula:
0.00001µF = 0.01nF = 10pF
General Calculation:
..
0.00022µF = 0.22nF = 22pF Ceramic Capacitor (22pf)Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
Formula:
0.00022µF = 0.22nF = 22pF
General Calculatio..
0.00027µF = 0.27nF = 27pF Ceramic Bipolar Capacitor (27pf)Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
Formula:
0.00027µF = 0.27nF = 27pF
General Calculat..
0.00033µF = 0.33nF = 33pF Ceramic Capacitor (33pf)Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
Formula:
0.00033µF = 0.33nF = 33pF
General Calculatio..
0.00039µF = 0.39nF = 39pF Ceramic Capacitor (39pf)Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
Formula:
0.00039µF = 0.39nF = 39pF
General Calculation:
..
470 pF Ceramic Disc Capacitor (471)
The 3 digit capacitor code 471 stands for 470 pF, in words: four hundred and seventy picofarads capacitance.Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
..
47 pF Ceramic Disc Capacitor (47)
Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
General Calculation:
The value of this unit is considered too basic, ..
47 kpF Ceramic Disc Capacitor (473)
Ceramic capacitors have a capacitance range (pf = picofarads) from 1pF
to 100nF. They're widely used in electronic circuits for filtering,
coupling, and decoupling applications.
Formula:
473 = 47*103 = 47 kpF = 47000pFGeneral Calculati..
A ceramic bipolar capacitor, also known as a ceramic non-polarized
capacitor, is a type of capacitor that can be used in both polarities of
a circuit. Unlike polarized capacitors such as electrolytic capacitors,
which have a positive and negative terminal, ceramic bipolar capacitors
do not h..