Metallized Polypropylene Film Capacitor | Correction | CDBE - Specializing in capacitor production since 2005.

Metallized Polypropylene Film Capacitor | Correction | CDBE

INTRODUCTION

CDBE Series are constructed specifically for Power Factor Correction (PFC) applications. Film was selected and metalization applied specifically for PFC application requirements.

Datasheet-For-Metallized-Polypropylene-Film-Capacitor-Correction-CDBE.pdf (733 downloads)

FEATURES

◆ Self-healing property
◆ Excellent dv/dt
◆ RoHS Compliance
◆ Ultra-miniature Size
◆ Ideal for Power Factor correction applications

PART NUMBER EXAMPLE

SPECIFICATIONS

Items	Performance
Operating Voltage Range	450Vdc, 630Vdc
Rated Temperature	-40 °C ~ +85°C
Usable Upper Category Temperature	+110°C (Derating ratio of rated voltage over +85 °C ~ +110°C: 1.5% per °C of Rated Voltage)
Capacitance Range	0.022 µF ~ 2.2 µF
Capacitance Tolerance	+3% (H), +5% (J), +10% (K)
Dissipation Factor	0.1% (max.) at 1KHz 1.2% (max.) at 10KHz
Insulation Resistance Terminal to Terminal	Voltage Charge: 100Vdc x 1min (at 20°C + 5°C) > 9,000MΏ for C < 0.33µF > 3,000MΏ x µF for C > 0.33µF
Withstand Voltage	Terminal to Terminal: (at 20 °C +5°C)
	1.6 x VR applied for 2sec. (cut off current 10mA)
	Slow-up voltage speed: 100V/sec
Rated Voltage Pulse Slope dV/dt (V/µs)	VR	10mm	15mm	22.5mm	27.5mm
	450Vdc	220	160	100
	630Vdc	350	250	160	115

PERFORMANCE

Item	Test Methods	Requirements
Resistance to Soldering Heat IEC 60068-2-20	Solder Bath: 260°C+ 5°C Immersion Time: 10sec + 1sec	Capacitance Change \|ΔC/C \| :<1% DF Change tanδ: 0.1% at 1KHz IR: > limit value
Resistance to Vibration IEC 60068-2-6	Frequency Range: 10Hz to 55Hz Amplitude: 1.5mm Duration: 6 hours	There shall be no Visible Damage, No Intermittent Contact, No Open or Short Circuit
Damp Heat, Steady State IEC 60068-2-3	Temperature: 40°C + 2°C Relative Humidity: 90% to 95% Duration: 1,000 hours	Capacitance Change \|ΔC/C \|: <3% DF Change tanδ: 0.1% at 1KHz IR: > 50% limitvalue
Electrical Endurance IEC 60384-16	Temperature: 85°C + 2°C Voltage Applied: 1.25 x Vr(DC) Duration: 1,000 hours	Capacitance Change \|ΔC/C \|: <3% DF Change tanδ: 0.1% at 1KHz IR: > 50% limitvalue

DIMENSIONS (mm)

R.V.		450Vdc (2W)
(µF)	Code	W	H	T	P	dΦ
0.047	473	13.0	8.0	4.5	10	0.6
0.1	104	13.0	12.0	6.5	10	0.6
0.12	124	13.0	13.0	7.0	10	0.6
0.15	154	13.0	13.5	8.0	10	0.6
0.22	224	13.0	14.0	6.5	10	0.6
0.22	224	18.0	12.0	7.0	15	0.8
0.33	334	18.0	14.0	7.0	15	0.8
0.47	474	13.0	16.5	7.0	10	0.6
0.47	474	18.0	14.5	5.5	15	0.8
0.56	564	18.0	15.5	6.5	15	0.8
0.68	684	13.0	20.5	9.5	10	0.6
0.68	684	18.0	16.0	7.0	15	0.8
1.0	105	18.0	17.5	8.5	15	0.8
1.5	155	18.0	19.0	10.5	15	0.8
2.20	225	18.0	24.5	11.0	15	0.8
2.20	225	25.5	21.5	13.5	22.5	0.8

R.V.		630Vdc (2J)
(µF)	Code	W	H	T	P	dΦ
0.022	223	13.0	11	5	10	0.6
0.047	473	13.0	11	5.5	10	0.6
0.068	683	13.0	12	6	10	0.6
0.10	104	13.0	14	7	10	0.6
0.10	104	18.0	11	6	15	0.6
0.22	224	18.0	14	7	15	0.8
0.33	334	18.0	14	7	15	0.9
0.47	474	18.0	18	12	15	0.8
0.68	684	18.0	22	13	15	0.8
0.68	684	26.0	21.5	12	22.5	0.8
1.00	105	18.0	24	18.5	15	0.8
		26.0	22	13	22.5	0.8
		31.0	20	11	27.5	0.8
1.5	155	31.0	22.5	13	27.5	0.8
2.2	225	31.0	27.5	15	27.5	0.8

RATED VOLTAGE (Vrms) VS. FREQUENCY

MAX. DC & AC VOLTAGE VS TEMPERATURE

MAXIMUM CURRENT, AMPS (rms)

450Vdc / 200Vac

CAP (µF)	P	15.75 KHz	35 KHz	45 KHz	65 KHz	80 KHz	100 KHz
0.047	10	0.54	0.70	0.77	0.87	0.93	1.00
0.068	10	0.65	0.84	0.91	1.01	1.08	1.16
0.1	10	0.81	1.00	1.08	1.20	1.26	1.33
0.12	10	1.10	1.35	1.45	1.60	1.68	1.78
0.15	10	1.25	1.58	1.72	1.85	2.02	2.15
0.22	10	1.33	1.66	1.80	1.91	2.10	2.22
0.22	15	2.48	2.95	3.11	3.36	3.50	3.70
0.33	10	1.42	1.75	1.88	2.07	2.18	2.32
0.33	15	2.60	3.08	3.25	3.52	3.70	3.88
0.47	10	2.20	2.62	2.80	3.03	3.18	3.35
0.47	15	2.30	2.65	2.76	2.95	3.06	3.20
0.56	15	2.90	3.40	3.58	3.85	4.00	4.20
0.68	10	2.50	2.92	3.07	3.30	3.44	3.58
0.68	15	2.70	3.20	3.40	3.70	3.85	4.05
1.0	15	3.35	4.10	4.30	4.65	4.88	5.15
1.5	15	6.08	6.70	6.95	7.25	7.44	7.65
1.5	22.5	3.93	4.60	4.80	5.15	5.35	5.60
2.2	15	5.90	6.51	6.70	7.05	7.23	7.42
2.2	22.5	5.40	5.75	5.85	6.00	6.10	6.20

MAXIMUM CURRENT, AMPS (rms)

630Vdc / 250Vac

CAP (µF)	P	15.75 KHz	35 KHz	45 KHz	65 KHz	80 KHz	100 KHz	125 KHz	100 KHz
0.01	7.5	0.212	0.300	0.340	0.400	0.440	0.480	0.540	0.580
0.01	10	0.245	0.350	0.395	0.460	0.510	0.560	0.620	0.680
0.015	10	0.275	0.390	0.440	0.520	0.570	0.630	0.700	0.750
0.022	15	0.485	0.610	0.650	0.720	0.760	0.810	0.860	0.910
0.033	10	0.575	0.710	0.770	0.850	0.900	0.950	1.010	1.060
0.047	10	0.570	0.790	0.880	1.010	1.100	1.200	1.300	1.400
0.068	10	0.960	1.250	1.350	1.500	1.600	1.700	1.800	1.900
0.068	15	0.860	1.100	1.200	1.330	1.420	1.520	1.650	1.750
0.10	10	0.970	1.250	1.350	1.550	1.650	1.750	1.900	2.000
0.10	15	1.280	1.600	1.700	1.880	1.980	2.100	2.250	2.350
0.33	15	2.600	3.300	3.600	4.050	4.300	4.650	5.000	5.250
0.47	15	2.750	3.500	3.800	4.250	4.550	4.880	5.250	5.550
0.68	15	3.800	4.700	5.100	5.650	5.950	6.350	6.750	7.080
0.68	22.5	3.100	3.400	3.500	3.700	3.800	3.900	4.000	4.150
1.0	15	5.000	5.530	5.700	5.950	6.100	6.300	6.500	6.650
	22.5	4.400	4.900	5.100	5.350	5.500	5.600	5.750	5.900
	27.5	3.450	3.600	3.650	3.700	3.750	3.800	3.830	3.850
1.5	27.5	4.900	5.100	5.150	5.250	5.350	5.380	5.450	5.500
2.2	27.5	6.110	6.350	6.480	6.530	6.620	6.700	6.800	6.900

PACKAGING CODE

Metho d	Bulk	Ammo	Reel
Code	B	A	R

LEAD LENGTH FROM SEATING PLANE

mm	5	10	15	20	25
Code	050	100	150	200	250

TAPE CODE (Lead spacing of tape, if taped)

Spacing	10mm	15mm
Packing	A	A
Code	RT3	RT4

LEAD STYLE CODE EXAMPLE

INTRODUCTION
CDBE Series are constructed specifically for Power Factor Correction (PFC) applications. Film was selected and metalization applied specifically for PFC application requirements

Metallized Polypropylene Film Capacitor | Correction | CDBE

Metallized Polypropylene Film Capacitor | Correction | CDBE

INTRODUCTION

FEATURES

PART NUMBER EXAMPLE

SPECIFICATIONS

PERFORMANCE

DIMENSIONS (mm)

RATED VOLTAGE (Vrms) VS. FREQUENCY

MAX. DC & AC VOLTAGE VS TEMPERATURE

MAXIMUM CURRENT, AMPS (rms)

MAXIMUM CURRENT, AMPS (rms)

PACKAGING CODE

LEAD LENGTH FROM SEATING PLANE

TAPE CODE (Lead spacing of tape, if taped)

LEAD STYLE CODE EXAMPLE

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