Njcon, 100UF 16V, Conductive Polymer Aluminium Solid Capacitor

Min.Order: 10,000

Product origin: Nanjing, Jiangsu, China

Infringement complaint:

Complaint

US$ 1

Description

Production Parameters

W.V.	Capacitance (μF)	L.C.	tgδ	ESR (mΩ,100KHZ)	Maximum Permissible Ripple Current(mA,r.m.s)	Size
(V)		(μA,2min)	(120Hz,20ºC)			ΦDxL(mm)
16	100	160	0.08	25	4800	5x7
					4800	6.3x7
	150	240	0.08	25	4500	5x7
					4500	6.3x7
	180	288	0.08	25	4500	5x8
				15	4800	6.3x8
	220	352	0.08	25	4500	5x9
				15	5000	6.3x8
	270	432	0.08	25	4500	5x9
					4500	5.5x9
				15	5000	6.3x8
				15	5500	8x9
	330	528	0.08	25	4500	5.5x9
				15	4500	6.3x8
					5000	6.3x12
					5000	8x9
					5500	8x12
	390	624	0.08	15	4500	6.3x12
					5000	8x9
					5500	8x12
	470	752	0.1	15	5000	5.5x11
					5000	6.3x11
					5000	8x9
					5000	8x12
					5500	10x12.5
	560	896	0.1	15	5000	5.5x12
					5000	6.3x11
					5000	8x9
					5000	8x12
					5500	10x12.5
	680	1000	0.1	15	5500	6.3x12
					5500	6.3x14
					5500	8x9
					5500	8x12
					5500	10x12.5
	820	1000	0.1	15	5500	6.3x16
					5500	8x12
					5500	10x12.5
	1000	1000	0.1	15	5500	8x12
					5500	8x14
					5500	8x16
					5500	10x12.5
	1200	1200	0.1	15	5800	8x16
					5800	10x12.5
	1500	1500	0.1	15	5800	8x16
					5800	10x12.5
	2200	2200	0.1	15	5800	10x17
	3300	3300	0.1	15	6100	10x20

Production Process

Function
Jolinting the leads on anode and cathode foils, winding with separation paper and then fixing with the tape.

Control items
Thickness of joints./Foil length/ Pitch of leads/ The size of winding units/ Capacity and resistance of units pealing test/ Shape and size of winding positions.

Function
Welding the units on the bars.

Control items
Horizontal distance of units/ Shape of units/ The pulling force between units and bars

Function
Reforming and repairing the scrapes and cracks of oxide film during manufacturing process, we use the reformation repair it. Carbonzing the separation electrolytic paper for easily absorption of polymer solution.

Control items
Pure water conductivity/ Parameters of reforming machine/ The height of reforming solution/ Checking carbonization parameters/ Units short cut check/ Color and structure of units.

Function
Assembling the rubber, case and units

Control items
Height of the capacitor depth/ Height of the waist position/ The sealing condition/ The surface of case.

Function
Stabilizing the polymer and oxide films under a high temperature. Reducing the leakage current by charging. And sorting the components piece by piece.

Control items
Parameter of aging machines(Voltage and current)/ Calibration of aging machines.

Function
Marking on the surface.

Control items
Polarity check/ Resolution of markings/ Scrach and dirty inspection/ Color of maring ink

Function
Sorting and cutting the leads

Control items
Pitch of leads. The surface of the capacitor.

Two Main Product

Aluminium Electrolyte Capacitor
One of the extremely important basic electronic components in electronic engineering, mainly serving as filtering, coupling, and bypass in electronic circuits, is an indispensable device in various electronic and power fields. Our company produces 1.5 billion units annually.

Conductive Polymer Aluminium Solid Capacitor
Conductive Polymer Aluminium Solid Capacitor are currently the highest level products among aluminum capacitors. The electrolyte material is conductive polymer, which has more excellent high-frequency, low impedance, high ripple current resistance, temperature resistance, miniaturization, and long life characteristics, and can meet higher level applications. Our company produces 1 billion units annually.

Our main Product Characteristics

	Aluminium Electrolyte Capacitor	Conductive Polymer Aluminium Solid Capacitor
SIZE	Φ4mm to 50mm	Φ5mm to 13mm
VOLTAGE	4V to 450V	2.5V to 200V
TEMPERATURE	-55ºC to +125ºC	-55ºC to +125ºC
CAPACITANCE	0.1uF to 82,000uF	10uF to 4,700uF
LIFE TIME	1,000 hrs to 10,000 hrs	2,000 hrs to 10,000 hrs

Some Specification of Conductive Polymer Aluminium Solid Capacitor

W.V.	Capacitance (μF)	L.C.	tgδ	ESR (mΩ,100KHZ)	Maximum Permissible Ripple	Size
(V)		(μA,2min)	(120Hz,20ºC)		Current(mA,r.m.s)	ΦDxL(mm)
2.5	560	280	0.08	15	5100	6.3x8
						8x9
	680	340	0.08	15	5200	6.3x8
						8x9
	820	410	0.08	15	5200	6.3x8
						8x9
	1000	500	0.08	15	5500	8x9
						8x12
	1200	600	0.08	15	5500	8x9
						8x12
6.3	1500	750	0.08	15	5500	8x9
						8x12
	2200	1100	0.08	15	5900	10x12.5
	2500	1250	0.08	15	5900	10x12.5
	2700	1350	0.08	15	5900	10x12.5
	3000	1500	0.08	15	5900	10x12.5
	3300	1650	0.08	15	5900	10x12.5
	3500	1750	0.1	15	5900	10x12.5
	180	226.8	0.08	25	5100	5x7
				21	5100	6.3x8
	220	277	0.08	25	5100	5x7
				21	5100	6.3x8
	270	340.2	0.08	25	5100	5x7
				21	5100	6.3x8
	330	416	0.08	25	5100	5x8
				15	5100	6.3x8
	390	491.4	0.08	25	5100	5x9
				15	5500	6.3x8
	470	592	0.08	25	5100	5x9
				13	5100	6.3x8
				13	5500	8x9
	560	705.6	0.08	25	5100	5.5x9
					5100	5x12
				13	5100	6.3x8
					5500	8x9
	680	428	0.08	25	5100	5.5x9
					5100	5x12
				13	5100	6.3x8
					5100	6.3x12
					5500	8x9
	820	516.6	0.08	25	5100	5.5x12
				13	5100	6.3x9
					5100	6.3x12
					5500	8x9
					5500	8x12
	1000	630	0.1	13	5100	6.3x12
					5100	8x9
					5500	8x12
					5900	10x12.5
	1200	756	0.1	13	5500	6.3x12
					5500	8x9
					5500	8x12
					5900	10x12.5
	1500	945	0.1	13	5500	8x12
					5900	10x12.5
	2200	1386	0.1	13	5900	10x12.5
	2500	1575	0.1	13	5900	10x12.5
	3300	2079	0.1	13	5900	10x12.5
	4700	2961	0.1	13	5900	10x16

W.V.	Capacitance (μF)	L.C.	tgδ	ESR (mΩ,100KHZ)	Maximum Permissible Ripple Current(mA,r.m.s)	Size
(V)		(μA,2min)	(120Hz,20ºC)			ΦDxL(mm)
16	100	160	0.08	25	4800	5x7
					4800	6.3x7
	150	240	0.08	25	4500	5x7
					4500	6.3x7
	180	288	0.08	25	4500	5x8
				15	4800	6.3x8
	220	352	0.08	25	4500	5x9
				15	5000	6.3x8
	270	432	0.08	25	4500	5x9
					4500	5.5x9
				15	5000	6.3x8
				15	5500	8x9
	330	528	0.08	25	4500	5.5x9
				15	4500	6.3x8
					5000	6.3x12
					5000	8x9
					5500	8x12
	390	624	0.08	15	4500	6.3x12
					5000	8x9
					5500	8x12
	470	752	0.1	15	5000	5.5x11
					5000	6.3x11
					5000	8x9
					5000	8x12
					5500	10x12.5
	560	896	0.1	15	5000	5.5x12
					5000	6.3x11
					5000	8x9
					5000	8x12
					5500	10x12.5
	680	1000	0.1	15	5500	6.3x12
					5500	6.3x14
					5500	8x9
					5500	8x12
					5500	10x12.5
	820	1000	0.1	15	5500	6.3x16
					5500	8x12
					5500	10x12.5
	1000	1000	0.1	15	5500	8x12
					5500	8x14
					5500	8x16
					5500	10x12.5
	1200	1200	0.1	15	5800	8x16
					5800	10x12.5
	1500	1500	0.1	15	5800	8x16
					5800	10x12.5
	2200	2200	0.1	15	5800	10x17
	3300	3300	0.1	15	6100	10x20

W.V.	Capacitance (μF)	L.C.	tgδ	ESR (mΩ,100KHZ)	Maximum Permissible Ripple Current(mA,r.m.s)	Size
(V)	Capacitance (μF)	(μA,2min)	(120Hz,20ºC)	ESR (mΩ,100KHZ)	Maximum Permissible Ripple Current(mA,r.m.s)	ΦDxL(mm)
25	39	156	0.08	50	3500	5x7
	39	156	0.08	50	3800	6.3x8
	47	188	0.08	50	3500	5x7
	47	188	0.08	50	3800	6.3x8
	68	272	0.08	50	3500	5x8
	68	272	0.08	50	4100	6.3x8
	82	328	0.08	50	3800	5x8
	82	328	0.08	50	4100	6.3x8
	100	400	0.08	35	3900	5x9
					3900	6.3x7
					4200	6.3x8
					4200	8x9
					4500	8x12
	150	600	0.08	35	3900	5x9
					3900	6.3x7
					4200	6.3x12
					4500	8x9
					3900	6.3x8
	180	720	0.08	35	4200	6.3x12
					4500	8x9
	220	880	0.08	35	3900	5x12
					3900	5.5x9
					3900	5.5x11
					4200	6.3x7
					4200	6.3x9
					4200	6.3x12
					4200	8x9
					4500	8x12
	270	1080	0.08	35	4400	6.3x12
					4400	8x12
					4800	10x12.5
	330	1320	0.08	35	4400	5.5x13
					4400	6.3x9
					4400	6.3x12
					4800	8x9
					4800	8x12
					4800	10x10
					4800	10x12.5
	390	1950	0.08	35	4500	6.3x14
	470	1880	0.08	35	4500	5.5x15
					4500	6.3x12
					4500	6.3x14
					4800	8x12
					4800	10x12.5
	560	2240	0.1	35	5100	6.3x14
					5100	6.3x16
					5100	8x12
					5100	8x16
					5100	10x10
					5100	10x12.5
	680	2720	0.1	35	5100	6.3x16
					5100	8x12
					5100	8x14
					5100	8x16
					5100	10x12.5
	820	3280	0.1	35	5200	6.3x18
					5200	8x14
					5200	8x16
					5200	10x12.5
	1000	4000	0.1	35	5300	8x16
					5300	10x14
					5300	10x17
	1200	4800	0.1	35	5400	10x17
	1500	6000	0.1	35	5400	10x17