Condensatores resonantes altae potentiae

Descriptio Brevis:

Condensatores seriei RMJ-MT

CRE capax est praebendi condensatores resonantes magnae potentiae qui magnas tensiones et currentes in parva magnitudine involucri compacti tractant.

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Detalia Producti

Etiquettae Productarum

Data technica

Ambitus temperaturae operativae	Temperatura maxima operandi, summa, maxima: +90℃ Temperatura categoriae superioris: +85℃ Temperatura categoriae inferioris: -40℃
spatium capacitatis	1μF ~ 8μF
Tensio aestimata	1200V.DC ~ 4000V.DC
Cap.tol	±5% (J); ±10% (K)
Tensionem sustinere	1.5 Un / 10 S
Factor dissipationis	tgδ≤0.001 f=1KHz
Resistentia insulationis	RS*C ≥5000S (ad 20℃ 100V.DC 60S)
Expectatio vitae	100000h(Un; Θhotspot≤85°C)
Norma referentialis	IEC 61071; IEC 60110

Characteristica

1. Involucrum tubulare plasticum vel taeniae Mylar, resina obsignatum;
2. Dimensio ad mensuram aptata;
3. ESL et ESR humilia;
4. Alta pulsatio fluxus;
5. Capacitas currentis altae frequentiae.

Applicatio

1. Late in instrumentis electronicis potentiae in circuitu resonante seriei/parallelo adhibetur.

2. Impletio sine filo, machina ad soldandum inversorem, apparatus calefactionis inductionis resonantiae occasionibus, etc.

Delineatio adumbrata

Tensio electrica	Tensio electrica continua 1200V, tensio electrica alterna 500V, tensio maxima potentiae 710V.
Cn(uF)	φD (mm)	Longitudo (mm)	ESR @ 100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	IRMs (40℃ @ 100KHz)	Qn (kVar)
1	38	40	4.8	27	900	900	35	15.8
1.5	46	40	3.2	25	DCCC	1200	45	20.3
2	53	40	2.4	25	DCCCL	1500	50	22.5
2	38	47	2.4	28	DCCXX	1440	33	14.9
3	64	40	1.6	23	DCCLXXX	MMXL	60	27.0
3	45	47	2.1	27	DCXX	MDCCCLX	40	18.0
4	52	47	1.6	26	550	MMCC	45	20.3
5	58	47	1.3	25	quingenti	2500	53	23.9
6	63	47	1.1	23	450	2700	58	26.1
7	68	47	0.9	22	450	3150	60	27.0
8	73	47	0.8	20	quadringenti	3200	65	29.3

Tensio electrica	Tensio continua 2000V, tensio alterna 750V, tensio maxima maxima 1050V.
Cn(uF)	φD (mm)	Longitudo (mm)	ESR @ 100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	IRMs (40℃ @ 100KHz)	Qn (kVar)
1	41	40	4.0	27	1100	1100	38	25.7
1.5	50	40	2.7	26	mille	1500	48	32.4
2	58	40	2.0	25	900	MDCCC	55	37.1
2	49	60	2.0	26	DCCCL	MDCC	45	30.4
3	70	40	1.3	23	DCCCL	2250	65	43.9
3	59	60	1.9	25	DCCL	MCML	55	37.1
4	81	40	1.4	22	DC	2400	75	50.6
4	68	60	1.4	23	550	MMCC	62	41.9
5	76	60	1.1	22	quingenti	2500	70	47.3
6	83	60	0.9	21	480	2880	75	50.6

Tensio electrica	Tensio continua (DC) 30000V, tensio alterna (AC) 1200V, tensio maxima (peak) 1700V
Cn(uF)	φD (mm)	Longitudo (mm)	ESR @ 100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	IRMs (40℃ @ 100KHz)	Qn (kVar)
0.33	43	44	7.2	26	MDCCC	594	40	43.2
0.47	51	44	5.5	25	MDCC	DCCXCIX	48	51.8
0.5	53	44	4.8	25	1600	DCCC	50	54.0
0.68	61	44	3.5	24	1500	1020	56	60.5
0.75	64	44	3.2	24	1400	1050	60	64.8
0.8	66	44	4.0	23	1350	1080	62	67.0
1	74	44	3.2	22	1300	1300	70	75.6
1.2	81	44	2.7	21	1250	1500	75	81.0
1.5	90	44	2.1	20	1200	MDCCC	80	86.4

Tensio electrica	Tensio electrica continua 4000V, tensio electrica alterna 1500V, tensio maxima potentiae 2100V
Cn(uF)	φD (mm)	Longitudo (mm)	ESR @ 100KHz (mΩ)	ESL(nH)	dv/dt(V/μS)	Ipk(A)	IRMs (40℃ @ 100KHz)	Qn (kVar)
0.08	46	60	10.0	28	tria milia	240	40	51.0
0.1	51	60	8.0	27	2850	285	45	57.4
0.12	56	60	6.6	26	2750	330	50	63.8
0.15	63	60	8.5	25	2500	375	58	74.0
0.18	64	60	7.1	25	2400	432	60	76.5
0.25	80	60	5.1	23	MMCC	550	75	95.6
0.33	52	60	3.9	23	MM	DCCLX	48	61.2
0.47	62	60	5.1	22	MDCCC	DCCCXLVI	58	74.0
0.5	64	60	4.8	22	MDCC	DCCCL	60	76.5
0.68	75	60	3.5	20	1600	1088	70	89.3
0.75	78	60	3.2	20	1500	1125	72	91.8