Designatio Renovabilis pro Condensatore PCB - Condensatores snubber Axiales GTO – CRE

Designatio Renovabilis pro Condensatore PCB - Condensatores snubber Axial GTO – Imago CRE Proposita

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Fabricatores periti sumus. Plurimas certificationes necessarias mercatus sui adepti sumus.Capacitor Pellicularis Designatus pro Invertere Pv , Condensatores Exonerationis Pulsus , Capacitor ElectronicusPeritiam professionalem productorum et experientiam divitem in fabricatione habemus. Semper credimus successum tuum nostrum negotium esse!

Designatio Renovabilis pro Condensatore PCB - Condensatores snubber Axiales GTO – Detalia CRE:

Data technica

Ambitus temperaturae operandi	Temperatura maxima operandi, summa, maxima: +85℃ Temperatura categoriae superioris: +85℃ Temperatura categoriae inferioris: -40℃
spatium capacitatis	0.1μF ~ 5.6μF
Tensio aestimata	630V.DC ~ 2000V.DC
Cap.tol	±5% (J); ±10% (K)
Tensionem sustinere	1.5Un DC/10S
Factor dissipationis	tgδ≤0.0005 C≤1μF f=10KHz tgδ≤0.001 C≥1μF f=10KHz
Resistentia insulationis	C ≤ 0.33μF RS ≥ 15000 MΩ (ad 20℃ 100V.DC 60S) C > 0.33μF RS*C ≥ 5000S (ad 20℃ 100V.DC 60S)
Currentis percussionis sustinere
Expectatio vitae	100000h(Un; Θhotspot≤85°C)
Norma referentialis	IEC 61071; IEC 61881; GB/T17702

Applicatio

1. IGBT Snubber.

2. Late in apparatu electronico potentiae adhibetur cum tensio maxima, praesidium absorptionis currentis maximae.

Delineatio adumbrata

Capacitor Axialis SMJ-TE
Tensio electrica		Un630V.DC; Ums 400Vac; Um 945V

Capacitas (µF)	Longitudo (mm±1)	T (mm±1)	Altitudo (mm±1)	φd (mm)	ESR @100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	Irms @25℃ @100KHz (A)
0.22	32	9.5	17.5	0.8	16	23	trecenti	66	5.3
0.33	32	12	20	1	13	22	ducenti	66	6.5
0.47	32	14.5	22.5	1	11	21	220	103.4	8.3
0.68	32	18	26	1	10	20	CLXXX	122.4	9.5
1	37	11	19	1	8	28	CL	CL	7.6
1.5	37	13.5	21.5	1	7	27	CL	225	9.5
2	37	16	24	1.2	6	24	130	260	10.2
2.5	37	18	26	1.2	5.5	25	CXX	trecenti	10.5
3	37	20	28	1.2	5	30	110	330	10.8
3.3	37	21	29	1.2	4.5	30	110	363	11.2
4	57	27	36.5	1.2	4.2	32	220	DCCCLXXX	12.8
4.7	57	28	40.5	1.2	3.8	32	ducenti	940	13.8
5.6	57	31	33.5	1.2	3.5	32	CLXXXV	1036	13.5
6.8	37	29	41.5	1.2	2.5	28	centum	DCCLXXX	13.8
6.8	57	34	46.5	1.2	2.8	30	CLXXX	1224	14.2

Tensio electrica			Un 1000V.DC; Um 500Vac; Um 1500V
Capacitas (µF)	Longitudo (mm±1)	T (mm±1)	Altitudo (mm±1)	φd (mm)	ESR @100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	Irms @25℃ @100KHz (A)
0.15	32	10	17.5	0.8	20	20	1100	CLXV	5.5
0.22	32	12	20	1	15	21	mille	220	7.3
0.33	32	15.5	23	1	13	21	mille	330	8.7
0.47	32	18.5	26	1.2	10	23	mille	470	10.5
0.47	44	14	22	1.2	9	24	900	423	9.5
0.68	32	20	32.5	1.2	7	25	900	DCXII	10.8
0.68	44	17	25	1.2	6	26	DCCC	544	10.2
1	44	21.5	29.5	1.2	5.6	27	900	900	11
1.5	44	26	35.5	1.2	5	29	900	1350	12
1.5	57	21	29	1.2	5	30	DCC	1050	12.2
2	44	28	40.5	1.2	4.8	30	DCCC	1600	13.2
2	57	24	33.5	1.2	4.8	32	DC	1200	12.8
2.2	44	30	42.5	1.2	4.2	32	DC	1320	13.8
2.2	57	25	34.5	1.2	4.2	32	quingenti	1100	13.5
2.5	57	25	38	1.2	4	33	quingenti	1250	14.2
3	57	28	40.5	1.2	3.5	34	480	1440	15.6
3.3	57	29.5	42	1.2	3.2	35	450	1485	16.5
3.5	57	30.5	43	1.2	3.2	35	450	MDXXV	17.2
4.7	57	35	50.5	1.2	3	36	420	MCMLXXIV	17.8
5.6	57	38.5	65	1.2	2.8	38	quadringenti	2240	18.2

Tensio electrica			Un 1200V.DC; Um 550Vac; Um 1800V
Capacitas (µF)	Longitudo (mm±1)	T (mm±1)	Altitudo (mm±1)	φd (mm)	ESR @100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	Irms @25℃ @100KHz (A)
0.1	32	8.5	16	0.8	20	20	1300	130	6
0.15	32	10	17.5	1	18	20	1200	CLXXX	7.5
0.22	32	13	21	1	15	22	1200	264	8.3
0.33	32	16	24	1	12	23	1200	396	9
0.47	32	17.5	30	1.2	10	23	1200	564	9.5
0.47	44	15	23	1.2	9	26	1100	517	9.8
0.68	32	21.5	34	1.2	8	25	1100	517	10
0.68	44	18.5	26.5	1.2	6	27	mille	DCCLXXX	11.7
1	44	23	31	1.2	5	28	mille	mille	12.4
1.5	44	26.5	39	1.2	5	30	950	1425	13.5
1.5	57	22.5	30.5	1.2	5	29	900	1350	12.6
2	44	29	45	1.2	5	30	DCCC	1600	14.2
2	57	26.5	34.5	1.2	4.8	30	DCCCL	1500	13.8
2.2	44	31	47	1.2	4.2	32	DCCC	MDCCLX	14.5
2.2	57	27.5	35.5	1.2	4.2	35	DCC	MDXL	14.5
3	57	29	44.5	1.2	3.2	37	quingenti	1500	17.2
3.3	57	30.5	46	1.2	3.2	38	450	1485	17.8
4.7	57	38	53.5	1.2	3	38	420	MCMLXXIV	18.2

Tensio electrica			Un 1700V.DC; Um 600Vac; Um 2550V
Capacitas (µF)	Longitudo (mm±1)	T (mm±1)	Altitudo (mm±1)	φd (mm)	ESR @100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	Irms @25℃ @100KHz (A)
0.1	32	9.5	17.5	0.8	18	25	1300	130	7.5
0.15	32	12	20	1	16	24	1200	CLXXX	8.5
0.22	32	15	23	1	15	24	1200	264	9.3
0.33	32	18.5	26.5	1	12	22	1200	396	9.9
0.33	44	13.5	21.5	1.2	12	29	1100	363	10.2
0.47	44	16	24	1.2	9	28	mille	470	11.2
0.68	44	20	28	1.2	8	27	mille	DCCLXXX	11.7
1	44	24	33.5	1.2	5.6	26	900	900	12.4
1	57	19.5	27.5	1.2	6	33	DCCCL	DCCCL	10.8
1.5	44	28	40.5	1.2	4.8	25	DCCC	1200	13.5
1.5	57	24	32	1.2	5	33	DCCCL	1125	13.5
2	44	31.5	47	1.2	4.5	24	DCCCL	1500	14.2
2	57	27.5	37	1.2	4.8	32	DCCL	1300	12.8
2.2	44	33.5	49	1.2	4.5	34	DCC	MDXL	15.6
2.2	57	29	40	1.2	4.2	32	DC	1320	14.5
3	57	31	46.5	1.2	4	30	560	1680	17.2
3.3	57	33	48.5	1.2	3.2	29	quingenti	1650	17.6
4	57	37	52.5	1.2	3	28	450	MDCCC	18.2

Tensio electrica			Un 2000V.DC; Um 700Vac; Um 3000V
Capacitas (µF)	Longitudo (mm±1)	T (mm±1)	Altitudo (mm±1)	φd (mm)	ESR @100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	Irms @25℃ @100KHz (A)
0.068	32	9	17	0.8	25	23	1500	102	6.9
0.1	32	11.5	19.5	1	18	22	1500	CL	8.2
0.1	37	10.5	18.5	1	18	26	1450	145	8
0.22	32	17.5	25.5	1.2	15	21	1400	308	9.1
0.22	37	16	24	1.2	15	25	1300	286	9
0.33	37	20	28	1.2	12	24	1250	412.5	9.5
0.33	44	18	26	1.2	12	30	1200	396	10.2
0.47	44	19.5	32	1.2	10	29	1100	517	12.4
0.68	44	24	36.5	1.2	8	28	mille	DCCLXXX	14.2
0.68	57	18.5	31	1.2	8	27	900	DCXII	14.2
1	57	23.5	36	1.2	6	31	950	950	14.5
1.5	57	29.5	42	1.2	5	31	DCCCL	1275	14.5
2	57	33	48.5	1.2	4.2	31	DCCCL	1500	16.5
2.2	57	35	50.5	1.2	4	30	DCC	MDXL	17.8

Tensio electrica			Un 3000V.DC; Um 750Vac; Um 4500V
Capacitas (µF)	Longitudo (mm±1)	T (mm±1)	Altitudo (mm±1)	φd (mm)	ESR @100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	Irms @25℃ @100KHz (A)
0.047	44	13.5	21.5	1	22	20	MM	94	8.5
0.068	44	17	25	1	20	20	MDCCC	122.4	10.5
0.1	44	20.5	28.5	1.2	18	20	1500	CL	12.4
0.15	44	26	34	1.2	16	22	1350	202.5	13.8
0.22	44	29	41.5	1.2	14.5	22	1200	264	14.5

Imagines singularum rerum:

Index Productuum Pertinens:

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