Low-inducance AC capacitor ad altae potentiae tractus motoris coegi inverters

Description:

Haec series AKMJ-S adhibetur capacitor ad energiam trahendam et reponendam cum AC potestas altior est quam quae opus est ab onere DC, et vires oneris subministrare cum AC potentia minor est quam quod opus est.

Mitte ad nos inscriptio Download as PDF

Product Detail

Product Tags

Technical data

Operans temperatus range	Max Operating temperies: + 85℃;Categoria superior temperatura: +55℃;Categoria inferior temperatus: -40℃
facultatem range	3×40μF～3×500μF
Un/Rated voltage Un	400V.AC/50Hz～1140V.DC/50Hz
Cap.tol	±5%(J)
sustinere voltage	Vt-t	2.15Un /10S
	Vt-c	1000+2×Un V.AC 60S(min3000V.AC)
Plus intentione	1.1Un(30% of on-load-dur.)
	1.15Un(30min/day)
	1.2Un(5min/day)
	1.3Un(1min/day)
	1.5Un(100ms omni tempore, 1000times in vita sua)
Dissipatio factor	tgδ≤0.002 f=100Hz
	tgδ≤0.0002
Esl	100 nH
Flamma retardatio	UL94V-0
Maximum aititude	2000m
	Cum altitudo supra 2000m ad infra 5000m sit, necesse est usum quantitatis imminutae considerare. (pro unoquoque augmento 1000m, intentione et currenti per 10%) redigentur.
Vitae probabilitas	100000h(Un; Θhotspot≤55°C)
Reference vexillum	IEC 61071 ;

Feature

1. Casus metallicus involucrum, resina obsignatum;
2. Princeps intentione virtutis ratio applicationis;
3. Summae virtutis ambitus;
4. Resistentia ad alta intentione, cum auto-healing;
5. Alte laniatus vena, alta dv/dt contagia facultatem.

Officium

In output filter of a DC power supply, officium capacitoris servet constantem DC value removendo quantum fieri potest potentiae laniatus.

Omnes AC-DC convertentes, sive commeatus lineares sint, vel aliquod genus mutandi eis elementi habeant, mechanismum desiderant ut variam in AC partem potentiam capiat et in DC partem constantem potentiam efficiat.

Typical circuitus

Vitae probabilitas

mc3

Specification mensam

Voltage		Un 400V.AC 50Hz
Cn.		W (mm)	T (mm)	H (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃	ESR 1KHz (mΩ)	Rth (K/W)	pondus -Kg）
3×	200	225	120	170	50	10.0	3×70	3×0.95	1.1	7
3×	300	225	120	235	40	12.0	3×90	3×0.85	0.8	9
3×	400	295	120	235	35	14.0	3×120	3×0.80	0.7	12
3×	500	365	120	235	30	15.0	3×160	3×0.78	0.6	15

Voltage		Un 500V.AC 50Hz
Cn.		W (mm)	T (mm)	H (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃	ESR 1KHz (mΩ)	Rth (K/W)	pondus -Kg）
3×	120	225	120	170	60	7.2	3×50	3×1.2	1.1	7
3×	180	225	120	235	50	9.0	3×70	3×1.05	0.8	9
3×	240	295	120	235	45	10.8	3×100	3×1.0	0.7	12
3×	300	365	120	235	40	12.0	3×120	3×0.9	0.6	15

Voltage		Un 690V.AC 50Hz
Cn.		W (mm)	T (mm)	H (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃	ESR 1KHz (mΩ)	Rth (K/W)	pondus -Kg）
3×	50	225	120	170	100	5.0	3×50	3×2.3	1.1	7
3×	75	225	120	235	90	6.8	3×70	3×2.1	0.8	9
3×	100	295	120	235	80	8.0	3×100	3×1.6	0.7	12
3×	125	365	120	235	80	10.0	3×120	3×1.3	0.6	15

Voltage		Un 1140V.AC 50Hz
Cn.		W (mm)	T (mm)	H (mm)	dv/dt (V/μS)	Ip (KA)	Irms (A) 50℃	ESR 1KHz (mΩ)	Rth (K/W)	pondus -Kg）
3×	42	340	175	200	120	5.0	3×80	3×3.3	0.6	17.3
3×	60	420	175	250	100	6.0	3×100	3×2.8	0.5	26