PCB transformers na iya komawa zuwa ga masu jujjuyawar da ke kan allon da’irar da aka buga ko taransifoma da ke ɗauke da biphenyls polychlorinated. Yawanci galibin na’urar da aka ɗora, wanda ke saman farfajiyar da’irar, kuma tana ba da kowane irin ƙarfin lantarki ko juyi na yanzu da ake buƙata. These devices come in a wide range of properties and sizes, ensuring that the variety is available for every imaginable product. Hakanan akwai abubuwa masu arha waɗanda ke sa allon allon kewayawa ya zama hanyar da za ta iya haɓaka tattalin arziƙi don samar da abubuwan lantarki.

Hakanan akwai injin komputa na PCB mara tushe. This has made transformers much smaller, though these devices are still largely experimental. Amma kewayon aikace -aikacen har yanzu yana da girma.

Menene ma’anar mai canzawa na PCB

Biyu, samar da komfutar PCB kamfanoni guda bakwai

1, Block,

Block,, a longtime component vendor, sells a wide variety of other products in addition to PCB transformers.

Halo electrons

Halo Electronics, inc., Wanda ke da hedikwata a Santa Clara, California, yana rarraba abubuwa da yawa na kayan lantarki, gami da masu juyawa don aikace -aikace iri -iri.

3. Hammond

Hammond Electronics, wanda ke zaune a Orlando, Florida, wani shahararren mai samar da kayan lantarki ne, gami da masu canza PCB. To meet the needs of large and small consumers, Murata Power has offices around the world and supplies a wide range of electronic components.

4, Murna

Myrra babban mai samar da kayan lantarki ne don aikace -aikacen masana’antu da aikace -aikacen waya na gida.

5, ku RS

RS produces a wide range of electronic components, the full product catalogue can be obtained from various websites.

6. Schaffner

Schaffner ya ƙware a samfuran jituwa na lantarki kuma yana ba su zuwa masana’antu da yawa.

7, Stancor

Stancor is a supplier of transformers to a wide range of industries worldwide. Its headquarters are in St. Louis, Missouri.

Menene ma’anar mai canzawa na PCB

Iii. Rated power of PCB transformer

Ƙimar da aka ƙaddara ta mai jujjuyawar shine adadin ƙarfin da na’urar zata iya sarrafawa ba tare da kaya ba. In extremely high power transformers, heat is maintained to acceptable levels using coolants such as liquids and pressurized airflow. A kan PCB, matakan ba su kai na babban mai canza wutar lantarki ba, amma waɗannan matakan zafi na iya zama masu mahimmancin gaske ko na’urar tana iya aiki akan PCB.

Iv. Hanyar shigarwa mai canzawa ta PCB

Akwai manyan hanyoyi guda biyu don ba da injinan wuta don allon da’irar da aka buga: hawa saman da hawa rami. Hakanan yana yuwu a iya haɗa injin ɗin kai tsaye akan allon da’irar da aka buga, amma wannan a bayyane baya buƙatar shigarwa.

Tare da:

Kwamfutar PCB da aka sanya a farfajiyar ba ya shiga cikin fil ko wasu abubuwan da aka buga na allon kewaye. This opens up the possibility of more compact designs.

A cikin shekarun da suka gabata, manyan tarurruka sun zama sassan gama gari na allon allon da aka buga. An fi son wannan hanyar don ɗora abubuwan lantarki daban -daban akan allon da’irar da aka buga saboda yana sauƙaƙa ƙarin ƙira. Wannan ba koyaushe bane, duk da haka, kuma cire duk wata kwamfuta ko wata na’urar lantarki yana iya nuna cewa yawancin abubuwan da aka haɗa na kayan an ɗora su akan farfajiyar hukumar kewaye kuma mara waya ko wasu abubuwa sun wuce.

Ta hanyar shigar da rami:

Transformers da aka saka ta ramuka a cikin allon da’irar da aka buga suna sanye take da masu haɗawa waɗanda ke shiga cikin jirgin. Wannan ya sa ya yiwu a yi amfani da allon kewayawa da aka buga da yawa da sauran aikace-aikace. Gabaɗaya, hanyar hawa ta cikin rami ba ƙaramin tsari bane kuma mafi tsufa na haɓaka abubuwan haɗin akan allon da’irar da aka buga fiye da hawa su kai tsaye akan farfajiya. Don wasu aikace -aikace da takamaiman abubuwan da aka gyara, har yanzu shine mafi kyawun hanyar shigarwa akan allon da’irar da aka buga. Koyaya, zaku ga cewa mafi yawan kayan aikin transformer akan allon da’irar da aka buga suna buɗe. Don tsofaffin kayan aiki, ana iya ganin PCB tare da adadi mai yawa na kayan haɗin rami a yayin rarrabuwa.

Menene ma’anar mai canzawa na PCB

Biyar, matsakaici da mafi ƙarancin mitar aiki na mai juyawa na PCB

The maximum operating frequency of a PCB transformer – usually measured in Hertz – defines the maximum frequency at which the transformer can operate safely and obtain the desired output parameters.

Mafi ƙarancin ƙayyadaddun mitar aiki yana haɗe da mai juyawa na PCB. Operating the transformer at low frequencies can result in unexpected results and may cause actual damage to the components.

Mafi qarancin kuma matsakaicin zafin zafin PCB transformer

Kowane ɓangaren lantarki yana da ƙaramin zafin zafin aiki. A kan masu canza komputa na PCB, wannan ƙimar na iya dacewa saboda masu jujjuyawar da aka sanya akan kayan masana’antu ko wasu kayan aiki na iya aiki kusa ko ƙasa da mafi ƙarancin zafin jiki. A ƙasa da mafi ƙarancin zafin zafin aiki, ba za a iya tabbatar da aikin mai juyawa ba.

Duk masu yin taransifoma suna samar da wani adadi na zafi, kuma matsakaicin zafin zafin komfutar PCB yana iyakance yanayi mafi zafi wanda za’a iya sarrafa taransifoma. Wucewar wannan ƙimar na iya haifar da gazawa, lalacewar kewaye, da sauran matsaloli. Saboda masu canza wutar PCB ba su da sanyaya ruwa ko wasu hanyoyin kwantar da hankali, injiniyoyi dole ne su tuna matsakaicin yanayin zafin aiki.

Bakwai, aikace -aikacen komputa na PCB

PCB transformers ana amfani da su a aikace -aikace iri -iri. A cikin kayan masarrafar kwamfuta, masu juyawa sannu a hankali suna rage ƙarfin lantarki zuwa matakan aminci, suna mai da mahimmanci. Hakanan ana amfani dashi a cikin hanyoyin samarwa iri -iri, da sauran na’urorin mabukaci waɗanda ke buƙatar masu juyi. Kwamfutocin PCB na iya adana kuɗi da yawa da sarari da yawa a cikin ƙira idan aka kwatanta da yin amfani da manyan taransifoma.