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G-energy j200v5a1 Umbala ogcwele wokubonisa amandla okubonisa amandla

I-G-Energy J200V5A1 Umbala Ogcwele Umbala Wokubonisa Amandla Wokushintshwa Kwamandla Okutholakele
  • G-energy j200v5a1 Umbala ogcwele wokubonisa amandla okubonisa amandla

Incazelo emfushane:

Ukuhlinzekwa kwamandla kunezimpawu zevolumu encane, ukusebenza kahle okuphezulu, ukusebenza okuzinzile kanye nokwethenjwa okuphezulu. Ukuhlinzekwa kwamandla kufakwe i-under-voltage, okukhipha umkhawulo wamanje, ukukhishwa komjikelezo okufushane nokunye. I-synchronous rectifier circuit ithuthukisa kakhulu ukusebenza kahle kwamandla futhi ilondoloze ukusetshenziswa kwamandla.


WhatsApp Ivangeli

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Ukucaciswa Okusemqoka Umkhiqizo

Amandla okukhipha

(W)

Okokufaka okulinganiselwe

Amandla kagesi

(Vac)

Ukukhishwa okulinganiselwe

I-Voltage (VDC)

Okukhipha kwamuva

Ukuqhelelana

(A)

Ukwenza kahle

Ripple futhi

Isixokoxoko

(MVP-P)

-Mashumi

180-264

+5.0

0-40.0

± 2%

≤200

Isimo semvelo

Into yendaba

Ukufanisa

I-Tech Exper

Umuvo

Phawula

1

Ukushisa kokushisa

-30-60

℃

Amandla okuhlinzeka ngezindlu

lokushisa ngaphezulu

I-80 ℃ idinga

Khuphula ukushisa

indawo yokuhlakazwa noma

yehlisa inani le

umsebenzi

2

Ukugcina izinga lokushisa

-40-85

℃

 

3

Umswakama ohlobene

I-10-90

%

Akukho mali

4

Indlela yokunciphisa ukushisa

Ukupholisa kwemvelo

 

Ukunikezwa kwamandla kufanele kufakwe kupuleti yensimbi ukuze kuhlaze ukushisa

5

Umfutho womoya

80- 106

Hpa

 

6

Ukuphakama kwezinga lolwandle

2000

m

  

 

Umlingisi kagesi

1

 Uhlamvu lokufaka

Into yendaba

Ukufanisa

I-Tech Exper

Umuvo

Phawula

1.1

Rated voltage uhla

200-240

Phuza

Bheka ku

Umdwebo wokufaka

voltage bese ulayisha

Isihlobo.

1.2

Ibanga lemvamisa yokufaka

47-63

Hz

 

1.3

Ikhono lokwenza

≥85.0

%

I-VIN = I-220VAC 25 ℃ yokukhipha okugcwele (emazingeni okushisa asekamelweni)

1.4

Isici Esisebenza kahle

≥.40

 

I-VIN = 220VAC

Amandla kagesi wokufaka alinganiselwe, okukhipha okugcwele umthwalo

1.5

Ukufakwa kwamanje kwamuva

≤3

A

 

1.6

Dash okwamanje

≤70

A

@ Wap30vac

Ukuhlolwa kwesimo esibandayo

@ Wap30vac

2

 Uhlamvu lokukhipha

Into yendaba

Ukufanisa

I-Tech Exper

Umuvo

Phawula

2.1

Isilinganiso se-voltage kagesi

+5.0

I-VDC

 

2.2

Okukhiphayo uhla lwamanje

0-40.0

A

 

2.3

I-VolTage ekhipha kalula ikwazi

ukuqhelelana

4.2-5.1

I-VDC

 

2.4

Ukukhishwa kwamandla kagesi

± 1

%

 

2,5

Umthetho wokulayisha

± 1

%

 

2.6

Ukunemba kwamandla kagesi

± 2

%

 

I-2.7

Ukukhipha Ripple nomsindo

≤200

mvp-p

Ukufaka okulinganiselwe, okukhiphayo

umthwalo ogcwele, 20mhz

I-bandwidth, uhlangothi lokulayisha

kanye 47Uf / 104

ukomatha

2.8

Qala ukubambezeleka kokuphuma

≤3.0

S

VIN = 220VAC @ 25 ℃ Test

2.9

Ukukhishwa kwe-voltage isikhathi sokuphakamisa

≤90

ms

VIN = 220VAC @ 25 ℃ Test

2.10

Shintsha umshini we-Overshoot

± 5

%

Ukuzama

Imibandela: Umthwalo Ophelele,

Imodi ye-CR

2.11

Okukhipha amandla ashukumisayo

Ushintsho lwamandla kagesi lungaphansi kwe- ± 10% VO; amasosha anamandla

Isikhathi sokuphendula singaphansi kwama-250us

mV

Layisha 25% -50% -25%

50% -75% -50%

3

 Umlingiswa wokuvikelwa

Into yendaba

Ukufanisa

I-Tech Exper

Umuvo

Phawula

3.1

Faka amandla ngaphansi

ukuvikela

135-165

Phuza

Imibandela yokuhlola:

umthwalo ogcwele

3.2

Faka amandla ngaphansi

iphuzu lokubuyisa

140-170

Phuza

 

3.3

Okukhipha okukhawulelwe kwamanje

Iphuzu Lokuvikelwa

46-60

A

Sawubona-Cup Hiccups

Ukuzibonakalisa, gwema

ukulimala kwesikhathi eside ku

Amandla ngemuva kwe

amandla omjikelezo omfushane.

3.4

Ukukhishwa komjikelezo okufushane

ukuvikela

Ukuzibonakalisa

A

  

I-3.5

ngaphezulu kokushisa

ukuvikela

/

 

 

4

 Omunye umlingiswa

Into yendaba

Ukufanisa

I-Tech Exper

umuvo

Phawula

4.1

I-MTBF

≥40,000

H

 

4.2

Ukuvuza kwamuva

<1 (VIN = 230VAC)

mA

Indlela yokuhlola ye-GB8898-2001

 

Izici zokuhambisana nokukhiqizwa

Into yendaba

Ukufanisa

I-Tech Exper

Phawula

1

Amandla kagesi

Okokufaka kokukhipha

I-3000vac / 10MA / 1min

Akukho ukuxabana, akukho ukwehlukana

2

Amandla kagesi

Faka emhlabathini

I-1500VAC / 10MA / 1min

Akukho ukuxabana, akukho ukwehlukana

3

Amandla kagesi

Ukukhishwa phansi

I-500VAC / 10MA / 1min

Akukho ukuxabana, akukho ukwehlukana

Ijika ledatha ehlobene

图片 79 79
图片 80
图片 81

Umlingiswa owenziwe ngomshini kanye nencazelo yezixhumi (iyunithi: mm)

Ubukhulu: Ubude× ububanzi× Ukuphakama = 140×59×30±0.5.
Izingqinamba Zomhlangano Wezimbobo

图片 82

Ngenhla umbono ophambili wegobolondo elingezansi. Ukucaciswa kwezikulufo ezilungiswe ohlelweni lwamakhasimende kungokwenziwa ngo-M3, okungu-4. Ubude bezikulufo ezihleliwe ezingena emzimbeni wokuphakelwa kwamandla akufanele kudlule u-3.5mm. 

Ukunakwa kwesicelo

  1. Ukuphakelwa kwamandla ukuze kube ukufakwa okuphephile, noma yiluphi uhlangothi lwegobolondo lensimbi olungaphandle kufanele lube ngaphezu kwe-8MM ephephile ibanga. Uma kungaphansi kuka-8mm kudingeka kubhekwe ubukhulu be-1mm ngaphezulu kweshidi le-PVC ukuze kuqinise ukusetshenziswa.
  2. Ukusetshenziswa okuphephile, ukugwema ukuxhumana nokushisa ukushisa, okuholela ekushaqekeleni ngogesi.
  3. I-PCB Board Mogodi Rineter ububanzi obungeqi 8mm.

Dinga i-l355mm * w240mm * h3mm aluminium Plate njenge-auxiliary Heat Sink.

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