Metallized Polypropylene Film Capacitor | Box Correction | CDBA

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Metallized Polypropylene Film Capacitor | Box Correction | CDBA

INTRODUCTION

CDBA 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-Box-Correction-CDBA.pdf (716 downloads)

FEATURES

◆ Self-healing property
◆ Excellent dv/dt
◆ RoHS Compliance
◆ Ultra-miniature Size
◆ Ideal for Power Factor
correction applications
◆ UL 94V-0 rated case

PART NUMBER EXAMPLE

SPECIFICATIONS

Items	Performance
Operating Voltage Range	450Vdc, 520Vdc, 630Vdc
Rated Temperature	-40 °C ~ 105°C (Voltage derates 1.25%per °C over 85°C)
Capacitance Range	0.022 µF ~ 8.2 µF
Capacitance Tolerance	±5% (J), ±10% (K), ±20% (M)
Dissipation Factor	0.1% (max.) at 1KHz 0.2% (max.) at 10KHz
Insulation Resistance Terminal to Terminal
	≥15,000MΩ for C ≤ 0.33µF ≥50,000MΩ 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)
Rated Voltage Pulse Slope dV/dt (V/µs)		P VR	10mm	15mm	22.5mm		27.5mm
		450Vdc	300	200	100		80
		520Vdc	350	220	150		100
		630Vdc	400	300	180		120

PERFORMANCE

Item	Test Methods	Requirements
Resistance to Soldering Heat IEC60068-2-20	Solder Bath: 260°C ± 5°C Immersion Time: 10sec ± 1sec	Capacitance Change	C/C	:	1%

Resistance to Vibration IEC60068-2-6	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 IEC60068-2-3	Temperature: 40°C ± 2°C Relative Humidity: 90% to 95% Duration: 1,000 hours	Capcitance Change	C/C	:	3%
		DF Change tan δ : 0.1% at 1KHz IR : 50% limitvalue
Electrical Endurance IEC60384-16	Temperature: 85°C + 2°C Voltage Applied: 1.25 x Vr(DC) Duration: 1,000 hours	Capacitance Change	C/C	:	3%
		DF Change tan δ : 0.1% at 1KHz IR : 50% limitvalue

DIMENSIONS (mm) 450Vdc (2W)

R.V.		450Vdc (2W)
(µF)	Code	W	H	T	P	d	dV/dt
0.068	683	13.0	9	4	10	0.6	300
0.082	823	13.0	9	4	10	0.6	300
0.100	104	17.5	10	5	15	0.6	200
0.120	124	17.5	11	5	15	0.6	200
0.150	154	17.5	11	5	15	0.6	200
0.180	184	17.5	11	5	15	0.6	200
0.220	224	13.0	13	6	10	0.6	220
0.220	224	17.5	11	5	15	0.6	200
0.270	274	17.5	12	6	15	0.6	200
0.330	334	17.5	12	6	15	0.6	200
0.390	394	17.5	14	8	15	0.6	200
0.470	474	17.5	14	8	15	0.6	200
0.560	564	17.5	14	8	15	0.6	200
0.680	684	17.5	16	10	15	0.8	200

R.V.		450Vdc (2W)
(µF)	Code	W	H	T	P	d	dV/dt
0.820	824	17.5	16	10	15	0.8	200
1.000	105	26.5	17	9	22.5	0.8	100
1.200	125	26.5	19	10	22.5	0.8	100
1.500	155	26.5	19	10	22.5	0.8	100
1.800	185	26.5	22	12	22.5	0.8	100
2.200	225	32.0	20	11	27.5	0.8	80
2.700	275	32.0	22	13	27.5	0.8	80
3.300	335	32.0	22	13	27.5	0.8	80
3.900	395	32.0	25	15	27.5	0.8	80
4.700	475	32.0	33	18	27.5	0.8	80
5.600	565	32.0	33	18	27.5	0.8	80
6.800	685	32.0	33	18	27.5	0.8	80
8.200	825	32.0	33	18	27.5	0.8	80

520Vdc (2Y)

R.V.		520Vdc (2Y)
(µF)	Code	W	H	T	P	d	dV/dt
0.047	473	13.0	9	4	10	0.6	350
0.056	563	13.0	9	4	10	0.6	350
0.068	683	13.0	9	4	10	0.6	350
0.082	823	13.0	11	5	10	0.6	350
0.100	104	17.5	11	5	15	0.6	220
0.120	124	17.5	11	5	15	0.6	220
0.150	154	13.0	12	6	10	0.6	220
0.150	154	17.5	11	5	15	0.6	220
0.180	184	17.5	11	5	15	0.6	220
0.220	224	17.5	12	6	15	0.6	220
0.270	274	17.5	12	6	15	0.6	220
0.330	334	17.5	14	8	15	0.6	220
0.390	394	17.5	14	8	15	0.6	220
0.470	474	17.5	15	9	15	0.8	220
0.560	564	17.5	16	10	15	0.8	220

R.V.		520Vdc (2Y)
(µF)	Code	W	H	T	P	d	dV/dt
0.680	684	17.5	16	10	15	0.8	220
0.820	824	26.5	17	9	22.5	0.8	150
1.000	105	26.5	19	10	22.5	0.8	150
1.200	125	26.5	19	10	22.5	0.8	150
1.500	155	26.5	22	12	22.5	0.8	150
1.800	185	26.5	22	12	22.5	0.8	150
2.200	225	32.0	22	13	27.5	0.8	100
2.700	275	32.0	25	15	27.5	0.8	100
3.300	335	32.0	28	14	27.5	0.8	100
3.900	395	32.0	28	14	27.5	0.8	100
4.700	475	32.0	33	18	27.5	0.8	100
5.600	565	32.0	33	18	27.5	0.8	100
6.800	685	32.0	33	18	27.5	0.8	100

630Vdc (2J)

R.V.		630Vdc (2J)
(µF)	Code	W	H	T	P	d	dv / dt
0.022	223	13.0	9	4	10.0	0.6	400
0.027	273	13.0	9	4	10.0	0.6	400
0.033	333	13.0	9	4	10.0	0.6	400
0.039	393	13.0	9	4	10.0	0.6	400
0.047	473	13.0	11	5	10.0	0.6	400
0.056	563	13.0	11	5	10.0	0.6	400
0.068	683	13.0	11	5	10.0	0.6	400
0.082	823	13.0	12	6	10.0	0.6	400
0.100	104	17.5	11	5	15.0	0.6	300
0.120	124	17.5	11	5	15.0	0.6	300
0.150	154	17.5	12	6	15.0	0.6	300
0.180	184	17.5	12	6	15.0	0.6	300
0.220	224	17.5	14	8	15.0	0.6	300
0.270	274	17.5	14	8	15.0	0.6	300
0.330	334	17.5	15	9	15.0	0.8	300

R.V.		630Vdc (2J)
(µF)	Code	W	H	T	P	d	dv / dt
0.390	394	17.5	16	10	15.0	0.8	300
0.470	474	17.5	16	10	15.0	0.8	300
0.560	564	26.5	17	9	22.5	0.8	180
0.680	684	26.5	17	9	22.5	0.8	180
0.820	824	26.5	19	10	22.5	0.8	180
1.000	105	26.5	19	10	22.5	0.8	180
1.200	125	26.5	22	12	22.5	0.8	180
1.500	155	26.0	22	11	22.5	0.8	120
1.500	155	32.0	22	13	27.5	0.8	120
1.800	185	32.0	22	13	27.5	0.8	120
2.200	225	32.0	25	15	27.5	0.8	120
2.700	275	32.0	28	14	27.5	0.8	120
3.300	335	32.0	33	18	27.5	0.8	120
3.900	395	32.0	33	18	27.5	0.8	120

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

Category: Box Type Film CapacitorBy 管理员 August 9, 2020