Solutio condensatoris sicci ad usum fabricati pro tractione ferriviaria 3000VDC

Descriptio Brevis:

Condensator tractionis ferriviariae series DKMJ-S

1. Condensator sui iuris et sicci cum involucro chalybis inoxidabilis

2. Pellicula PP metallica segmentata quae inductionem propriam humilem praestat

3. Alta resistentia rupturae et alta fides

4. Disiunctio propter pressionem excessivam non necessaria habetur.

5. Summum condensatoris resina epoxydica oecologica, quae seipsam exstinguere potest, obsignatum est.

6. Technologia patentis CRE inductionem propriam infimam praestat.

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Detalia Producti

Etiquettae Productarum

Data technica

Capacitas aestimata	CN	1500μF ± 5%
Tensio aestimata	UN	3000V.DC
Tensio impulsiva non recurrentis	Us	4500V
Maxima intensitas	Imaximum	250A
Maxima intensitas maxima	Î	22.5KA
Maxima impetus currentis	Is	80KA
Resistentia seriei	Rs	≤0.35mΩ
Tangens damni	fuscusδ	0.002 (100Hz)
Tangens anguli amissionis	fuscusδ0	0.0002
Constans temporis auto-exonerationis	C × Ris	10000S (100VDC 60S)
Autoinductantia	Le	≤50nH
Resistentia thermalis	Rth	0.7K/W
Minima temperatura operandi	Èminutum	-40°C
Temperatura maxima operandi	Èmaximum	70°C
Temperatura repositionis	Èrepositorium	-40~85°C
Vita utilis(apud Èlocus calidus)		100000 horae (≤70°C)
quota defectus		100Fit

Data probationis
Examen tensionis inter terminales	Vtt	4500V.DC/10S
Terminalis/receptaculum probationis tensionis AC	Vt-c	10000V.AC/60S

Altitudo operandi		2000m (maxime)
Momentum torquens maximum		25Nm (maxime)
Pondus		≈45kg

Tabula specificationum

Tensio electrica	Un 800V. DC US 1200V Ur 200V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃ @ 10KHz	ESR (mΩ) @1KHz	Rth (K/W)	Pondus (kg)
Quadringenta milia	340	125	190	5	20.0	CXX	1.1	0.9	17.6
Octo milia	340	125	350	4	32.0	CLXXX	0.72	0.6	31.2
Sex milia	420	125	245	5	30.0	CL	0.95	0.7	26.4
Decem milia	420	125	360	4	40.0	ducenti	0.72	0.5	39.2
Duodecim milia	420	235	245	4	48.0	250	0.9	0.3	49.6
Viginti milia	420	235	360	3	60.0	trecenti	0.6	0.3	73.6
Tensio electrica	Un 1200V. DC Us 1800V Ur 300V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃ @ 10KHz	ESR (mΩ) @1KHz	Rth (K/W)	Pondus (kg)
2500	340	125	190	8	20.0	CXX	1.1	0.9	17.6
3300	340	125	245	8	26.4	CL	0.95	0.7	22.4
Quinque milia	420	125	trecenti	7	35.0	CLXXX	0.8	0.6	32.8
7500	420	125	430	5.5	41.3	ducenti	0.66	0.6	44.8
Quinque milia	340	235	190	8	40.0	ducenti	1.1	0.3	32.8
Decem milia	340	235	350	6	60.0	250	0.8	0.3	58.4
Quinque milia	420	235	CLXXV	8	40.0	ducenti	1	0.4	36
7500	420	235	245	7	52.5	250	0.9	0.3	49.6
Decem milia	420	235	trecenti	7	70.0	250	0.8	0.3	61.6
Quindecim milia	420	235	430	5	75.0	trecenti	0.6	0.3	84
Tensio electrica	Un 1500V. DC US 2250V Ur 450V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃ @ 10KHz	ESR (mΩ) @1KHz	Rth (K/W)	Pondus (kg)
1200	340	125	190	10	12.0	CXX	1.1	0.9	17.6
tria milia	340	125	420	8	24.0	CLXXX	0.66	0.7	37.6
MM	420	125	245	10	20.0	CL	0.95	0.7	26.4
Quadringenta milia	420	125	430	8	32.0	ducenti	0.66	0.6	44.8
Quinque milia	340	235	350	8	40.0	250	0.8	0.3	58.4
Quadringenta milia	420	235	245	10	40.0	250	0.9	0.3	49.6
Octo milia	420	235	430	8	64.0	trecenti	0.6	0.3	84
Tensio electrica	Un 2000V. DC US 3000V Ur 600V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃ @ 10KHz	ESR (mΩ) @1KHz	Rth (K/W)	Pondus (kg)
mille	340	125	245	12	12.0	CL	0.95	0.7	22.4
1500	340	125	350	10	15.0	CLXXX	0.72	0.6	31.2
MM	420	125	360	10	20.0	ducenti	0.72	0.5	39.2
2400	420	125	430	9	21.6	ducenti	0.66	0.6	44.8
3200	340	235	350	10	32.0	250	0.8	0.3	46.4
Quadringenta milia	420	235	360	10	40.0	280	0.7	0.3	58.4
4800	420	235	430	9	43.2	trecenti	0.6	0.3	67.2
Tensio electrica	Un 2200V. DC US 3300V Ur 600V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A)max	ESR (mΩ)	Rth (K/W)	Pondus (kg)
MM	420	235	245	12	24	CL	0.9	0.740740741	40
2750	420	235	trecenti	10	27.5	ducenti	0.8	0.46875	49.6
3500	420	235	360	10	35	ducenti	0.7	0.535714286	58.4
Tensio electrica	Un 3000V. DC US 4500V Ur 800V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A)max	ESR (mΩ)	Rth (K/W)	Pondus (kg)
1050	420	235	245	20	21	CL	0.9	0.740740741	40
1400	420	235	trecenti	15	21	ducenti	0.8	0.46875	49.6
MDCCC	420	235	360	15	27	ducenti	0.7	0.535714286	58.4
Tensio electrica	Un 4000V. DC US 6000V Ur 1000V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A)max	ESR (mΩ)	Rth (K/W)	Pondus (kg)
DC	420	235	245	20	12	CL	0.9	0.740740741	40
DCCC	420	235	trecenti	20	16	ducenti	0.8	0.46875	49.6
mille	420	235	360	20	20	ducenti	0.7	0.535714286	58.4
Tensio electrica	Un 2800V. DC US 4200V Ur 800V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃ @ 10KHz	ESR (mΩ) @1KHz	Rth (K/W)	Pondus (kg)
2×1000	560	190	CCCX	20	2×20	2×350	1	0.2	60
Tensio electrica	Un 3200V. DC US 4800V Ur 900V
Cn (μF)	Latitudo (mm)	T (mm)	Altitudo (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃ @ 10KHz	ESR (mΩ) @1KHz	Rth (K/W)	Pondus (kg)
2×1200	340	CLXXV	950	15	2×18	2×200	1.0	0.5	95