Electronics Components Distributor

I-LR44 vs 357: I-LR44 efanayo ne-357
2023-12-05 3836

Esikhathini sokushayela kwedijithali sesikhathi sanamuhla sobuchwepheshe obuphakeme, amabhethri, okuyisisekelo kwemishini ye-elekthronikhi, sekuyitshe lezitshe lezi zitsheni zethu zansuku zonke nomsebenzi.Zibalulekile ikakhulukazi kumadivayisi amancane kagesi, lapho ukukhethwa kwebhethri elifanele kungashintsha khona ukusebenza kwedivayisi.Le ndatshana idlulela ku-inckic of Lr44 Amabhethri angama-357-amabheyili wemali amabili ahlukahlukene ahlukahlukene kumagajethi amancane amaningi.Ukuhlola kwethu kuhlangana nesingeniso esinemininingwane nge-juxtaposition yemisebenzi kanye nokwenza umsebenzi, ukugoba ndawonye ukulinganiselwa kwazo nezinzuzo.Le tapestry yolwazi ihlose ukufundwa kwe-arm ngombono obanzi, kubalulekile ukwenza izinqumo ezinolwazi ezimweni ezahlukahlukene zohlelo.Sizofaka ukugxila kwethu ukuqeda ukwakheka kwamakhemikhali, izici zegesi, kanye namandla ala mabhethri.Ngakolunye uhlangothi, sizothinta emikhakheni yabo esebenzayo.Umgomo wethu?Ukukhalisa umhlahlandlela ocacile nogunyaziwe ekukhetheni kwebhethri kubafundi bethu.

Umdwebo 1: 357/303 Battery Cross Engxenye

Namabhuku

1. Ukuhlaziywa okujulile kwebhethri le-LR44

2. Ukuhlaziywa okuningiliziwe kwebhethri le-357

3. Ukwehlukanisa amabhethri we-LR44 kanye nama-357: ukuqhathanisa okuningiliziwe kwemininingwane

3.1 lr44 Ukucaciswa kwebhethri kuhlolwe

Ibhethri eli-3.2 357: Ukuhlaziywa kokuqhathanisa

4. Amabhethri we-LR44 vs 357: Ukuhlaziywa okujulile kokusebenza nokusebenza

I-4.1 LR44 Ibhethri: Umsebenzi kanye nokusebenza

I-4.2 357 Ibhethri: Imisebenzi ehlukahlukene kanye nokusebenza okuqinile

5. Amabhethri we-LR44: Ukuqonda ukulinganiselwa kwawo kanye nokushiyeka

6. Ukuchazwa okuningiliziwe kwemikhawulo nokushiyeka kwamabhethri angama-357

7. Ukuqhathanisa amabhethri we-LR44 kanye nama-357: ukugxila kumaphrofayili osayizi

Ibhethri le-7.1 LR44: Ubukhulu kanye nokucaciswa

7.2 357 Ibhethri: Ubukhulu kanye nokucaciswa

8. Amabhethri we-LR44 kanye nama-357: Indima yawo ebalulekile kuzo zonke izicelo ezahlukahlukene

Ibhethri le-8.1 LR44: Izicelo kanye nobubanzi

8.2 357 Ibhethri: Izicelo kanye Scope

9. Ukuhlaziya ukusebenza kwezindleko kanye nokufaneleka kwesicelo kwamabhethri we-LR44 kanye nama-357

9.1 ibhethri elimelene namadivayisi aphezulu okufunwa amandla

9.2 Ukukhetha kwebhethri ngamathuluzi okuqonda

9.3 Imvamisa Yokubuyiselwa Kwebhethri Nezindleko Zesikhathi Eside

9.4 Ukuqhathanisa impilo yeshelufu yebhethri

9.5 Ukuhlaziywa Kwezinzuzo Ezibizo

10. LR44 vs 357 Impilo yebhethri: Ukuqhathanisa okuningana

Ibhethri le-10.1 LR44: Ukuguquguquka kwezindawo ezahlukahlukene

I-10.2 357 303 Ibhethri: Ukuqina okuthuthukile nokusebenza kwamandla

11. Alkaline lr44 vs isiliva oxide 357: Ukuqhathaniswa kokusebenza okuningiliziwe

11.1 LR44 Ukusebenza kwebhethri: Ukubukeka okujulile

11.2 Ibhethri 357: Izici Zokusebenza

12. Ukukhetha phakathi kwamabhethri we-LR44 ne-357: Ukucatshangelwa Okusemqoka

12.1 Ukuhlaziywa kwamandla kagesi

12.2 Ukuqhathaniswa kwamandla kagesi

I-12.3 Umthelela wokuzwela kwamandla kagesi

12.4 Amandla we-Energy density

12.5 Imiphumela ye-Attenuation ye-Voltage Attenuation

12.6 Ukuhlaziywa kwesicelo sokuhlola

12.7 Ukucatshangelwa kwe-voltage kagesi kuphela

13. Ukuhamba nge-LR44 Battery okulinganayo nokuhambisana

1457 Ibhethri elilinganayo

14.1 SR44: Umlingani oyinhloko webhethri le-357

14.2 AG13: Omunye othandekayo 357 okulingana

14.3 A76: A76: I-357 etholwe kabanzi

14.4 SG13 ne-PX76A: Ezinye izindlela ezibalulekile ku-357

15. I-LR44 nama-357 amabhethri: Ukuqonda ukushintshanisa kanye nokuphepha

15.1 Ukuqhathaniswa kokuqina kwe-voltage

15.2 Ukuhlaziywa Kwezidingo Zamandla Nezamandla

15.3 Ukucatshangelwa kokusetshenziswa okungaguquki

16. I-Alkaline vs Silver Oxide Amabhethri: Ukuqhathaniswa kokusebenza okuphelele

16.1 Amabhethri e-Alkaline: Izici ezichaziwe

16.2 Amabhethri we-Silver Oxide: Izici Zokusebenza

17. Isiphetho

Ukuhlaziywa okujulile kwebhethri le-LR44

Le khasi Ibhethri le-LR44, Inkinobho ye-Alkaline Zinc-Manganesese, ingumthombo wamandla ojwayelekile kuma-elekthronikhi aphathekayo.Ukufinyeleleka kwayo nokusebenza kwezindleko kunikeza ukukhetha okuthandwa ngamadivayisi amaningi amancane.Nge-Voltage Eminal of 1.5 Volts, i-LR44 iqhosha ngokulethwa kwamandla okuzinzile.Ukusebenza kahle kutholakala ku-20 degrees Celsius, yize kusebenza ngempumelelo emazingeni okushisa asukela ku-0 kuye ku-60 degrees Celsius.

Umdwebo 2: I-LR44 Battery Izici

Kumadivayisi anjengamawashi, amabhodi wekhompyutha, kanye nemishini yezokwelapha, ama-LR44 ama-Exlels ngenxa yosayizi wawo nokukhipha amandla alinganiselayo.Ukwakheka kwamakhemikhali kwale bhethri kuqinisekisa ukuqina ngesikhathi sokugcina isikhathi eside nokusetshenziswa.Kodwa-ke, kufanelekile ukuthi: Ngenkathi i-LR44 ikhanya ezindaweni eziningana, ingahle ichithe ngemuva kwamabhethri e-Silver Ongide ngamandla wamandla namandla kagesi.

Ukuhlaziywa okuningiliziwe kwebhethri le-357

Ukuguqula ukugxila kwebhethri le-357, sihlangabezana nomncintiswano osuselwa kwi-oxide oxide, odunyiswa isikhathi sawo eseluliwe kanye nokuphuma kwe-voltage engaguquki.Ukwabelana nge-1.5 Volts Eminal Voltage ne-LR44, ama-357 adlula kuwo ekusebenzeni kahle kwamandla kanye nokuphila isikhathi eside.Lesi sici senza kube fanele amadivayisi adinga amandla aqinile, athembekile, kufaka amawashi, imishini yezokwelapha kanye nezikhombisi ze-laser.

357/303 Battery Temperature Characteristics

Umdwebo 3: 357/303 Izici Zokushisa zebhethri

I-Energger 357, i-smailt emakethe, ithole ukwethenjwa kwabathengi ngokusebenza okuhlukile kanye nokwethenjwa okuphezulu.Lawa mabhethri angenama-mercury avumelana namazinga wezemvelo sanamuhla futhi aqhayise impilo yokugcina amandla efinyelela eminyakeni emihlanu.Lokhu kuphila isikhathi eside kunciphisa ukufakwa njalo, okunikeza isixazululo samandla esinamandla samadivayisi afuna amandla wesikhathi eside, azinzile.I-Energizer 357 ishaya ibhalansi evumelanayo phakathi kokuphathwa kwemvelo nokusebenza, ukuyibeka njengomthombo wamandla oyisibonelo wamadivayisi wanamuhla we-elekthronikhi.

Umdwebo 4: 357/303 Imiphumela Yokugcina Ibhethri

Ukwehlukanisa amabhethri we-LR44 kanye nama-357: ukuqhathanisa okuningiliziwe kwemininingwane

Inhliziyo yamadivayisi wanamuhla kagesi ilele ekusebenzeni nasekucacisweni kwamabhethri abo.Lokhu kwenza ukuqonda okuncikayo kwezinhlobo ezahlukene zebhethri, njenge-LR44 no-357, kubalulekile ekukhetheni inketho efanelekile.

Ukuqhathaniswa kwemininingwane phakathi kwebhethri le-LR44 nebhethri eli-357

isifanekiso	lr44	I-357
Uhlobo lwebhethri	Amabhethri we-Alkaline Manganese	Isiliva oxide
Amandla kagesi	I-1.5V	I-1.55V
Umthamo oqokiwe	120MA	150 mah
Uhla lokushisa olusebenzayo	-10 ℃ kuya ku-60 ℃
Ububanzi (intshi)	0.457inch
Ububanzi (mm)	11.6mm	11.6mm
Ukuphakama (intshi)	0.213inch	0.213inch
Ukuphakama (mm)	5.4mm	5.4mm
I-IEC (JIS)	Lr44
Isisindo (oz)	0.0705oz
Isisindo (g)	2kali	I-2.3G

Ukucaciswa kwebhethri kwe-LR44 kuhlolwe

I-LR44, ibhethri langaphandle le-Alkaline Zinc-Manisese, lisebenza kumandla kagesi angu-1.5 kanye nomthamo we-120mah.Ukuqina kwalo kubonakala ebubanzilweni bawo bokushisa obubanzi, ukusuka ku-10 ° C kuya ku-60 ° C.Ngobunye, kukala i-11.6 mm ubukhulu kanye ne-5.4 mm ukuphakama, ngesisindo esilinganiselwe esingama-2 amagremu.Lesi sici sefomu elihlangene sikubeka njengenketho ekhethwayo yamadivayisi amancane, aphathekayo.Kodwa-ke, i-voltage yayo kanye nomthamo kungakhawulela ukusebenza kumadivayisi anezidingo zamandla ezifunwayo.

Umdwebo 5: I-LR44 Battery Propectifications

Ibhethri le-357: Ukuhlaziywa kokuqhathanisa

Ngokuphambene, ama-357 webhethri webhethri we-Silver Axide Technology, enikeza ama-voltage aphezulu aphezulu aphezulu angu-1.55 volts kanye nomthamo we-150mah.Lokhu kuhumushela isikhathi eside sokusetshenziswa kanye nokukhuphuka kwamandla kwamandla okuqhathaniswa ne-LR44, isici esibalulekile samadivayisi adinga ukusetshenziswa okuqhubekayo noma ukusebenza kwamandla aphezulu.Ubukhulu - ukuhlakanipha, izibuko ezingama-357 i-LR44 ububanzi nokuphakama kepha amathiphu esikalini esisinda kancane cishe ngamagremu acishe abe ngu-2.3.Ngenkathi lokhu kungcola okuncane kwesisindo kunganakwa ezimweni eziningi, kungaba ukucatshangelwa ekwakhiweni nasekusetshenzisweni kwamathuluzi athile okunemba.Lokhu kuqhathanisa akugcini nje ngokuconsa umehluko wezobuchwepheshe kepha futhi kugcizelela ukubaluleka kokufanisa imininingwane yebhethri kwizidingo ezithile zedivayisi.

Umdwebo 6: 357/303 Ukucaciswa kwebhethri

Amabhethri angama-LR44 vs 357: Ukuhlaziywa okujulile kokusebenza nokusebenza

Ukukhetha uthango lwebhethri olufanele ekuqondeni amakhono ahlukile kanye nezimpawu zokusebenza kwenketho ngayinye.Naphezu kokubonakala kwabo okufanayo, amabhethri we-LR44 nama-357 aphambuka kakhulu ekusebenzeni kwawo nasekusetshenzisweni kwawo.Lesi sigaba sihlose ukusabalalisa lo mehluko, ukuqondisa abasebenzisi ezinqumweni ezinolwazi eziningi zezimo ezithile.

Ibhethri le-LR44: Umsebenzi kanye nokusebenza

Amandla webhethri ebhethri le-LR44 aqala ukusebenza kwezindleko nokusebenza okungaguquki.Lokhu kuthiwa ukusetshenziswa kwe-manganese dioxide njengezinto ze-cathode.Lokhu akuzona nje kuphela izindleko zokukhiqiza lapho kuphela kepha kuqinisekisa ukusebenza kwebhethri okuqhubekayo.Ikakhulu ngaphansi kwemibandela yokukhipha i-pulse ephezulu, i-LR44 ihlinzeka ngemiphumela eqinile yamandla kagesi - isici esibucayi samadivayisi adinga ukuphendula okusheshayo namandla azinzile.Ngaphezu kwalokho, amakhono ayo okulwa nokuvuza ayancomeka.Isakhiwo esikhethekile sokubopha, esihambisana nokwelashwa okukhethekile kwezinto ezibonakalayo, ama-bolsters ukuphepha nokuqina kwebhethri.Ngokuya komthelela wezemvelo, ama-LR44 aqondanisa nomyalo we-European Rohs Desive, ukuqondisa izinto ezilimazayo ezifana ne-mercury, cadmium, noma ukuhola.Lokhu kukhombisa ukuzibophezela ekuvikelweni kwemvelo okungokwemvelo kubuchwepheshe bebhethri banamuhla.

Umdwebo 7: LR44 Battery

Ibhethri le-357: Imisebenzi ehlukahlukene kanye nokusebenza okuqinile

Ibhethri le-357, elihlukaniswe yi-SVERIPER AXIde Chemistry, liqhosha amavolumu angu-1.55 kanye namandla ajwayelekile ka-195mah.Lezi zichazamazwi zihambisa izinzuzo ekusebenzeni isikhathi eside kanye nobuningi bamandla.Izici ezinjalo zenza ibhethri le-357 libe yisinqumo esifanele samadivayisi afana nemishini yezokwelapha nama-wokubala, afuna ukunikezwa kwamandla okuzinzile isikhathi eside.Amabhethri e-Energizer angu-357, ama-Mercury-anamahhala futhi akwazi ukugcina amandla afinyelela kwayi-5, aphansi kokubili umthwalo wemfanelo wezemvelo nokuqina kwesikhathi eside.Ukusebenza kwayo okuhlukahlukene nakho kudinga ukunakwa;Iyakwazi ukufaka esikhundleni ngosayizi webhethri ebhethri ahlukahlukene, njengebhethri le-280-03, amabhethri angama-357 303, ama-357 anikeza ukuguquguquka okuphawulekayo kanye nokwenza lula.Lokhu kuhlaziya ukuqhathanisa akugcini nje ngokuthi yizimfanelo ezihlukile zohlobo lwebhethri ngalinye kodwa futhi kukhanyisela ukufaneleka kwazo kwezicelo ezahlukahlukene, kusiza abasebenzisi kwinqubo yabo yokukhetha.

Umdwebo 8: 357/303 Ibhethri

Amabhethri we-LR44: Ukuqonda ukulinganiselwa kwawo kanye nokushiyeka

Ngenkathi amabhethri we-LR44 anamandla amaningi, awawona ngaphandle kwezingqinamba zawo.Ngokuyinhloko, la mabhethri asetshenziswa munye, okuholela ezindlekweni ezandisiwe zabasebenzisi kanye nokukhathazeka kwemvelo.Ubuningi bamandla obuphezulu be-LR44 yi-PLUS, kepha amandla ayo wonke anesizotha, anciphisa ukufaneleka kwawo amadivayisi afunwa amandla aphezulu.Iphuzu eliphawulekayo lingamandla kagesi layo le-1.5v, elingaba yinkinga kumadivayisi abucayi kagesi, ikakhulukazi lapho i-juxtapE yebhethri engu-1.55v 357.Ngaphezu kwalokho, izindleko zamabhethri we-LR44, uma kuqhathaniswa nezinye izinhlobo ezifana ne-carbon-zinc noma amabhethri we-oxide we-ongide, angangeza uhlobo lwezezimali ngokusetshenziswa kwesikhathi eside.

Ukuchazwa okuningiliziwe kwemikhawulo nokushiyeka kwamabhethri angama-357

Ibhethri le-357, futhi, liza nesethi yalo lokulinganiselwa.I-Echo, i-LR44, futhi ayiphinde isebenze, inomthelela osebenza ngayo kwezemvelo nezomnotho.Okuphansi okuphansi ukuthambekela kwalo ngokulahleka kwamandla ngesikhathi sokugcina esinwetshiwe, isici esibucayi samadivayisi asetshenziswe ngezikhathi kodwa edinga amandla wesikhathi eside athembekile.Ukuzwela kokushisa kungenye imikhawulo, ikakhulukazi ezindaweni zokushisa okuphezulu, okungaphazamisa ukusetshenziswa kwayo ezimweni ezithile.Njenge-LR44, izindleko zebhethri ezingama-357 zibanzi, ikakhulukazi uma ziqhathaniswa nezindlela ezinjenge-carbon-zinc noma amabhethri we-oxide we-oxide, ukucatshangelwa kwabasebenzisi abakwazi ukubhuka.Lokhu kuqhathanisa akugcini nje ngezingqinamba ezingokwemvelo zalawa mabhethri kodwa futhi kusiza abasebenzisi ekuhloleni izinketho zabo ngokuya ngezidingo ezithile nezimo zokusetshenziswa.

Umdwebo 9: 357/303 Battery

Ukuqhathanisa amabhethri we-LR44 kanye nama-357: ukugxila kumaphrofayili osayizi

Amaphrofayili kasayizi adlala indima ebalulekile lapho ekhetha phakathi kwamabhethri we-LR44 nama-357.Ngenkathi la mabhethri abelana ngokufana, umehluko omkhulu ocashile ubaluleke kakhulu ekunqumeni ukuhambisana kwawo kanye nokusebenza kumadivayisi athile.

Ibhethri le-LR44: Ubukhulu kanye nokucaciswa

I-LR44, ibhethri le-cylindrical, linamathela kububanzi obujwayelekile: 11.6 mm ubukhulu kanye no-5.4 mm ukuphakama.Lolu sayizi oluhlanganisiwe lunikeza i-LR44 ilungele amadivaysi ahlukahlukene ama-elekthronikhi, ikakhulukazi kuma-slim design anjengamawashi, izilawuli ezikude ezincane, bese ukhetha amadivaysi ezokwelapha.Ukuze abasebenzisi abakhetha ibhethri le-LR44, baqinisekisa ukuthi kufanelekile okunembile kubalulekile ukugwema izingqinamba zokusebenza noma ukulimala okungaba khona kosayizi ofanele.

Umdwebo 10: I-LR44 Battery Dimension

Ibhethri le-357: Ubukhulu kanye nokucaciswa

Izibuko zebhethri ezingama-357 i-LR44 ngesimo nosayizi, ngobukhulu obufanayo be-11.6 mm ubukhulu kanye ne-5.4 mm ukuphakama.Lokhu kufana ngosayizi kusho ukuthi amadivaysi aklanyelwe amabhethri we-LR44 ajwayele ukwamukela amabhethri angama-357, anikeze izinga lokushintshana.Kodwa-ke, abasebenzisi akufanele babheke ezinye izinto ezibalulekile lapho bekhetha ibhethri le-357.Kubalulekile ukubheka ukwakheka kwamakhemikhali zebhethri kanye nama-voltage izici zokuqinisekisa hhayi kuphela i-snug fit kodwa futhi ukuhambisana nezidingo zokusebenza kwensiza.Lokhu kuqhathaniswa okuqondayo kuqokomisa ukubaluleka kokubheka izici zomzimba nezobuchwepheshe lapho ukhetha ibhethri, uqinisekisa ukusebenza kahle kanye nokwethembeka kwensiza.

357/303 Battery Typical Discharge Characteristics

Umdwebo 11: 357/303 Ibhethri elijwayelekile lokukhipha lebhethri

Amabhethri we-LR44 kanye nama-357: Indima yabo ebalulekile kuzo zonke izinhlelo

I-LR44 Ibhethri: Izicelo kanye Scope

Endaweni yamadivayisi amancane kagesi, amabhethri we-LR44 asemqoka ngenxa yosayizi wawo we-compact kanye nokukhipha amandla afanele.UbiquiTous empilweni yansuku zonke, anika amandla ama-gadget ahlukahlukene, kufaka phakathi ama-Calculator, amawashi, nama-thermometers wedijithali, ahlangabezana nezidingo zawo eziyisisekelo zokusebenza okuzinzile.Ngaphandle kwalezi zinto ezijwayelekile, amabhethri we-LR44 ahlanganiswe kumadivayisi wezokwelapha, amathoyizi wezingane, kanye nemidlalo ye-elekthronikhi, enikeza amandla aqinile futhi athembekile abalulekile ekusebenzeni kwabo kahle.Ukwethenjwa kanye nobuningi bamandla aphezulu amabhethri we-LR44 agcizelela ukufaneleka kwabo njengoMthombo wamandla owuthandayo kulezi zinhlelo zokusebenza.

Ibhethri le-357: Izicelo kanye Scope

Ngokuphambene, amabhethri angama-357 anakekela amadivayisi anezidingo zamandla amakhulu.Zibaluleke kakhulu emishini yezokwelapha, iletha ukunikezwa kwamandla okubalulekile, isikhathi eside.Ngaphandle kwezicelo zezokwelapha, amabhethri angama-357 nawo aqashwa ngemikhiqizo emincane kagesi efana namawashi, ama-Calculator, namakhamera, lapho amazinga okusebenza aphezulu ebalulekile, ikakhulukazi maqondana nokuqina kwe-battery.Ngenxa yempilo yayo enwetshiwe kanye nokukhipha okuguquguqukayo kwe-voltage, ibhethri le-357 livela njengokuya kokuzikhethela kulezi zindawo.Kuzinhlelo ezithile, ukusebenza okuphezulu kwamabhethri angama-357 kuqinisekisa ukusebenza okuthembekile kanye nokuqina kwamadivayisi, isici esibucayi ezimweni ezifunwayo ezinjengezinto zokuthwebula izithombe.Lokhu kudala akucacisi kuphela izindima ezihlukile zamabhethri we-LR44 kanye nama-357 kodwa futhi kugcizelela ukufaneleka kwawo okuhambisana nezidingo ezahlukahlukene zobuchwepheshe.

Ukuhlaziya ukusebenza kwezindleko kanye nokufaneleka kwesicelo kwamabhethri we-LR44 nama-357

Ukuqhathanisa ibhethri kwamadivayisi aphezulu okufunwa amandla

Okwamadivayisi anezidingo zamandla aphezulu, ibhethri le-357 livame ukuvela njengokhetho oluphakeme.Umthamo wayo ophakeme ophakeme kanye nokukhipha amandla okuqhubekayo kwenza kube wukufanelekela imishini efana namathuluzi wezokwelapha akhethekile namagiya wokuthwebula wezithombe athuthukile, adinga ukuqina kwebhethri nokuphuma okuqhubekayo.Ukukhetha amabhethri angama-357 akuqinisekisi kuphela ukusebenza kwemishini ezinzile kepha futhi kwandisa impilo yenkonzo futhi kunciphisa izidingo zokulungisa.Ngokuphambene, amabhethri we-LR44 afanelekile amadivaysi aphakathi nendawo, njengamagajethi edijithali nsuku zonke kanye namathoyizi wezingane, alinganise ukulethwa kwamandla anele okusebenza kahle.

Umdwebo 12: 357/303 Ibhethri

Ukukhetha kwebhethri ngezinsimbi zokunemba

Esizindeni esinembile, ikakhulukazi amawashi namadivayisi wezokwelapha, ibhethri le-357 lithandwa ngenxa yempilo yayo yenkonzo ende ende kanye nokukhipha votage votage.Lawa madivayisi adinga ukubekezelela ukuthembeka nokusebenza kwebhethri, inhloritho yahlangana ngezimfanelo eziphezulu zokusebenza okuphezulu kwe-357.Okwamanje, amabhethri we-LR44 ayindlela efanelekayo yemishini enezidingo ezingafani zokunemba, ukunika amandla afanelekile okusebenzayo okuyisisekelo.

Imvamisa yokubuyiselwa kwebhethri kanye nezindleko zesikhathi eside

Uma ucabanga ngokuvama kokubuyiselwa kwebhethri kanye nezindleko zesikhathi eside, amabhethri angama-357 avelele.Impilo yabo eyengeziwe yenzuzo inciphisa isidingo sokufakwa kabusha kwezidingo, ukuhlinzeka ngokusebenziseka kalula nezinzuzo zezomnotho zesikhathi eside.Ngakolunye uhlangothi, amabhethri we-LR44 angadinga ukufakwa okuvame ukushintshwa kumadivayisi anamandla amakhulu, okuholela ekutheni kwandise izindleko zesikhathi eside.

Ukuqhathaniswa kwempilo yebhethri

Ngokuphathelene ne-Shelf Life, amabhethri angama-357 ajwayele ukuqhosha iminyaka emi-5, agcizelele isikhathi eside sawo nokuqina.Amabhethri we-LR44, ngokwesilinganiso, abe nempilo eshalofini eneminyaka eyi-3, yize amamodeli amasha angangezelela lokhu kuya eminyakeni engu-4-5.Noma kunjalo, ibhethri eli-357 livame ukubamba inzuzo kulesi sici.

Ukuhlaziywa Kwezinzuzo Zezindleko

Ukusuka ekumeni kwezindleko zokusebenzisa izindleko, kuyilapho amabhethri we-LR44 kanye nama-357 aletha ukusebenza okuncomekayo ezimweni ezithile, kungenzeka angahlali emelela njalo ukukhethwa kwezomnotho, ikakhulukazi uma kuqhathaniswa ne-carbon-zinc noma amabhethri athile esilivaAbasebenzisi bafuna ukulinganisela phakathi kokusebenza nezindleko bangathola lezi zinhlobo zesabelomali ngokwengeziwe kuzinhlelo ezithile.Lokhu kuhlaziya okuphelele kusiza abasebenzisi ukuthi bakwazi ukuzulazula ekukhetheni phakathi kwamabhethri e-LR44 nama-357, ukulungiswa kwezici ezahlukahlukene ezivela kumandla kudinga ukucatshangelwa kwezomnotho.

I-LR44 vs 357 Impilo yebhethri: ukuqhathanisa okuningana

Ibhethri le-LR44: Ukuguquguquka ezindaweni ezahlukahlukene

Amabhethri we-LR44, asetshenziswa kaningi kumadivayisi anamandla aphezulu anjengezibalo, izilawuli ezincane ezikude, namawashi, akhombise impilo yensizakalo ehlukahlukene esekelwe kuhlobo lwedivayisi.Ezimweni eziphansi zokusetshenziswa, i-LR44 ingasebenza kuze kube yiminyaka emibili, iTestamente yezimpawu zalo zokukhipha ezizinzile nokukhipha okulinganiselayo kwamanje.Ngomthamo ojwayelekile osukela phakathi kuka-110-130Mah, la mabhethri azivumelanisa nezimo ezahlukahlukene.

Ngokuphambene nalokho, lapho uqashwa kumadivayisi afunwa ngokulingana anjengamathoyizi wezingane noma ama-thermometer wedijithali, ukusebenza kwe-LR44 kuthonywa yizici eziningana.Lokhu kufaka phakathi isilinganiso sokukhishwa, amaphethini wokusebenzisa (ukusetshenziswa okuqhubekayo okuguquguqukayo), kanye nezidingo zamandla wedivayisi.Ngenkathi i-LR44 ihlala inketho kulezi zimo, lezi zinhlobonhlobo zinganciphisa isikhathi sayo sokuphila.

Umdwebo we-13: LR44 Battery

Ibhethri: Ibhethri: Ukuqina okuthuthukile kanye nokusebenza kwamandla

Ibhethri le-357 303, eline-chemister yalo eyingqayizivele ye-oxide chemist, imvamisa ikhipha i-LR44.Amakhemikhali alo akhulisa ubuningi bamandla, abanikela ngamakhono kaningi ku-150mmah Range, noma ngaphezulu.Lokhu kwenza okhethwayo ongama-357 abe ngumuntu ofanele ofanelekile wezinhlelo zokusebenza ezinamandla amakhulu, ikakhulukazi kumadivayisi anembile afuna amandla wesikhathi eside, azinzile.

Ngemishini enokuqina kwamandla okuqinile nokuqina, okufana nabaqaphi bezokwelapha namakhamera ochwepheshe, ibhethri 357 iveza izinzuzo ezinkulu.Ukuphila kwayo kuvame ukwedlula lokho kwamabhethri we-LR44 ngama-30% kuya ku-100%, into ebalulekile yamadivayisi adinga ukusebenza isikhathi eside, esingaphazanyiswa.

Ekukhetheni phakathi kwamabhethri we-LR44 nama-357, cabanga ngezidingo ezithile ezikhethekile zedivayisi yakho, amaphethini wokusetshenziswa okulindelwe, kanye nokulindelwa kwempilo yebhethri.Ngenkathi i-LR44 inganikeza ukonga izindleko zokuqala, amabhethri angama-357 agqamile ukuqina kanye nokusebenza kahle.Ngakho-ke, kumadivayisi anembe ephezulu edinga amandla angaguquki, wesikhathi eside, ukunikela amabhethri angama-357 kuyindlela ekhethiwe.Lokhu kuhlaziywa kugcizelela ukubaluleka kokuvumelanisa ukukhethwa kwebhethri ngezidingo zedivayisi, ukuqinisekisa ukusebenza kahle kanye nokuphila isikhathi eside.

I-Alkaline LR44 vs Silver Oxide 357: Ukuqhathaniswa kokusebenza okuningiliziwe

Amabhethri we-LR44 kanye nama-357, kuyilapho afanayo ngokubukeka, ephambuka kakhulu ekusebenzeni nasekusetshenzisweni.Lesi sigaba sishiya sijule ngezimpawu zabo, ukugqamisa umehluko omkhulu.

Ukusebenza kwebhethri ye-LR44: Ukubukeka okujulile

I-LR44, uhlobo lwebhethri le-Alkaline, ngokuvamile lisebenza kumandla kagesi angu-1.5.Umphumela wayo we-voltage kancane uncipha ngesikhathi sokukhululwa, ufinyelela iphuzu elisikiwe elizungeze 0.9-1.0 volts.Lesi sici sisho izingqinamba ezingaba khona zamadivayisi abucayi kagesi, njengamamodeli athile wokubuka, njengoba esondele ekunciphiseni.Intuthuko kubuchwepheshe bebhethri baphoqe impilo yeshelufu yamabhethri asezingeni eliphakeme le-LR44 kuya ku-4-5, enikeza abasebenzisi ukuthi basebenzise futhi bathuthukise izinzuzo zomnotho.Ngokuya kwezindleko, amabhethri we-LR44 ajabulele ukuthandwa okusakazwa kwemakethe, kakhulu ngenxa yokutholakala kwawo, ikakhulukazi ezitolo zehardware kanye namapulatifomu akwenza online.

Umdwebo 14: I-LR44 Ibhethri Yokukhipha Ibhethri

Ibhethri 357: Izici zokusebenza

Ngakolunye uhlangothi, ibhethri yesiliva eli-357/303 liqhosha i-voltage ephakeme ephakeme, cishe amavoloshi ayi-1.55, athuthukise ukuqina kwamandla awo.Ama-357 ahlangenwe nakho okubangelwa kwamandla kagesi ngesikhathi sokusebenzisa, okwenza kube kuhle ngamadivayisi adinga amandla aqhubekayo, aziwe.Lokhu kufaka amawashi okunemba okuphezulu, ama-Calculator athuthukile, kanye nemishini ethile yezokwelapha ebalulekile.Imvamisa, amabhethri angama-357 anesilinganiso esiphakeme phakathi kuka-150-200MAH, kanye nezimo eziphansi zokusebenzisa, lokhu kungadlula u-200MAH.Inzuzo esemqoka ye-357 iyizinga layo lokuzikhulula eliphansi ngokumangalisayo, elihambisana nempilo eshalofini elifinyelela eminyakeni emi-5.Lokhu kuzuzisa ikakhulukazi amadivayisi adinga ukugcinwa isikhathi eside noma ukuguquka kwebhethri okungatheni.Ngaphezu kwalokho, njengomkhiqizo we-zero-mercury, i-357 yebhethri yemvelo yemvelo yemvelo iyincane, ivumelanisa nokukhathazeka okukhulayo kwemvelo.

Ekukhetheni phakathi kwamabhethri we-LR44 kanye nama-357, abasebenzisi kumele balinganise izici ezinjengozinzo ze-voltage, umthamo, impilo yeshelufu, kanye nomthelela wezemvelo.Amabhethri we-LR44 alungele kakhulu amadivaysi aqashelwa kakhulu futhi asetshenziswe kaningi.Ngakolunye uhlangothi, amabhethri angama-357 anconyelwa izinhlelo zokusebenza ezifuna ukuqina kwe-voltage ephakeme kanye nobungane be-eco-ubungane.Ukuqonda izimfanelo ezihlukile zezinhlobo zebhethri zinika abasebenzisi ukwenza izinqumo ezinolwazi, ukuqinisekisa ukuthi amadivayisi awo asebenza kahle futhi awokugcina isikhathi eside futhi egcina isikhathi eside.

Ukukhetha phakathi kwamabhethri we-LR44 nama-357: Ukucatshangelwa Okusemqoka

Ukuhlaziywa kwamandla kagesi

Ibhethri le-LR44: I-LR44 ibhethri le-1.5v kanye ne-voltage yalo ekalwe ngu-1.5v.I-LR44 ilungele kahle imikhiqizo ejwayelekile kagesi njengezilawuli ezikude nama-flashlights amancane, angafuni ukunemba okuqinile kwe-voltage.

Umdwebo 15: LR44 Battery

Ibhethri eliphakeme le-357/303: Ukuqhayisa i-voltage ephakeme ephakeme ka-1.55v, ama-excels angama-357 kumadivayisi adinga ama-voltage aphezulu, njengamawashi aphezulu nemishini yezokwelapha.

Ukuqhathaniswa kwamandla kagesi

Ibhethri le-LR44: Ukuqina kwamandla kagesi kuncipha ngokusetshenziswa, okufanelekile kumadivayisi lapho ukuqina kwamandla aphezulu kungabi khona.Kodwa-ke, amadivaysi abucayi kagesi angakuthola lokhu kudonswa kabusha.

Ibhethri elingu-357/303

Umthelela wokuzwela kwamandla kagesi

Ibhethri le-LR44: Ukwehla kwamandla kagesi kungaphazamisa ukusebenza kumadivayisi abucayi kagesi afana namawashi kagesi nezinzwa ezithile.

Ibhethri le-357/303

Umehluko wamandla we-Energy density

Ibhethri le-LR44: Naphezu kobuningi bamandla obuphezulu, kungahle kushise izicelo ezifunwa kakhulu.

Ibhethri eliphakeme le-357/303

Umdwebo 16: 357/303 Ibhethri

Imiphumela ye-Attenuation yeVoltage Attenuation

Amabhethri we-LR44: Amandla kagesi anciphisa ku-1.0v noma aphansi ngokuhamba kwesikhathi, okuthinta ukusebenza kwedivayisi.

Ibhethri le-357/303: Igcina Ukukhishwa Okungaguquki Okungaguquki kweVoltage kuze kube sekupheleni-kwempilo, kwehle cishe nge-1.2v, ukuthanda izinto ezinembile nge-High Volfage Serbility Izidingo.

Ukuhlaziywa Kwezicelo Zokusebenza

Izinsimbi zokunemba: Ama-LR44 amasudi imishini engabekezelela amaconsi ama-voltage, kanti ama-357 alungele amadivaysi okunemba afuna ukuqina kwe-voltage, njengabo bezokwelapha abasezingeni eliphakeme.

Ukwethembeka kwemishini: Ukwethenjwa kwe-LR44 kungahle kugasele lapho ugesi ehla ngezansi kwe-1.0V.Ngakolunye uhlangothi, i-357 inikeza ukusebenza okuzinzile futhi ukuthembeka okukhuphukile.

Ukucatshangelwa kwe-voltage end-of-life

Ibhethri le-LR44: I-Voltage Drop to 1.0V noma ngaphansi ngokuvamile isayina isidingo sokubuyiselwa.

Ibhethri le-357/303: Ibonisa amandla aqinile kakhudlwana kuze kube kuphela impilo yayo, enikeza ukusebenza okubonakalayo okwedlulele ku-1.2v.

Sekukonke, lapho ukhetha amabhethri we-LR44 kanye nama-357, kubalulekile ukukala izici zawo zamandla kagesi, ukuqina, ukuqina kwamandla, kanye nezidingo ezithile zesimo sakho sohlelo lokusebenza.Ukuqonda okuphelele kwalezi zinto kubalulekile ekuqinisekiseni ukuhambisana kwebhethri okukhethiwe nokulindelwe kwensiza yakho kanye nokulindelwa kokwethenjwa.

Ukuhamba nge-LR44 Ibhethri elilinganayo kanye nokuhambisana

Emhlabeni oyinkimbinkimbi wokubuyiselwa kwebhethri, okuqondayo okufana nokuhlangana kwamabhethri we-LR44 kubalulekile.I-LR44, iseli elijwayelekile le-Alkaline Coin Coin, linamathela ngamamodeli ahlukahlukene alinganayo emakethe, ngakunye ngokwabelana ngezimpawu ezithile ezibalulekile.

Amamodeli afanayo webhethri we-LR44: A76, AG13, L1154, LR1154, 157. Lezi zimodeli azifani nje ncamashi ne-LR44 kodwa futhi zibonisa amandla alo we-alkaline kanye ne-1.5v voltage.Le nhlangano inika amandla ukusetshenziswa kwayo okungaguquguqukayo.

Kodwa-ke, umehluko uphakama ngamabhethri athile afana ne-SR44, SR44SW, 303, kanye nama-357Ukunikeza ama-voltage aphakanyisiwe angu-1.55v, athambekele nokuphila isikhathi eside.

Ukukhetha okunye esikhundleni: amaphuzu abalulekile

Ukuhambisana kokuhambisana: Ukufana kobukhulu akusona inqubomgomo.Ngokuphepha kwedivayisi nokusebenza okuhle, ibhethri elihambisana nokucaciswa kwangempela libalulekile.I-Mismisched Chemistry noma i-voltage ingahle iholele ekukhiphekeni ngokweqile noma ekukhipheni ngokweqile, engcupheni ukusebenza kwensiza noma ubuqotho.

Izidingo Zedivayisi: Njalo bhekisa kwincwadi yedivayisi ngaphambi kokufaka ibhethri.Kubalulekile ukuqonda izidingo ezithile, kufaka phakathi i-voltage, umthamo, kanye nokwakheka kwamakhemikhali.

Umthelela Wezemvelo: Isici semvelo siya ngokuya sibaluleke kakhulu.Amabhethri e-Silver Oxide, ngokwesibonelo, anganikeza inketho eluhlaza okotshani.Ngakho-ke, ukucatshangelwa kwemvelo kufanele futhi kuqondise ukukhetha kwakho.

Ngokukhetha ngokucophelela ibhethri elifanelekile, abasebenzisi abagcini nje ngokuvikela ukusebenza kwabo kwemishini kuphela kepha futhi banomthelela ekutholeni isikhathi sabo sokuphila kanye nokunciphisa umthelela wezemvelo.Ngakho-ke, lapho ungene esikhundleni sebhethri le-LR44, afana nosayizi, ama-voltage, kanye nokwakheka kwamakhemikhali kufanele kubhekwe ngokucophelela.

Ibhethri elinganiselwa ku-357

Idume ngokuguquguquka kwayo, ibhethri le-357, ibhethri lezinkinobho, lithola ukusetshenziswa okubanzi ku-plethora yamadivayisi amancane kagesi.Usayizi wayo ofanayo kanye nezimpawu zikagesi ziye zakhipha ezinye izindlela eziningi ezilinganayo emakethe.Lokhu okufana nalokhu kuyisibonakaliso kubo bobabili abathengi nakuchwepheshe, benikeza ububanzi bokuzikhethela kanye nokwenza lula.Endaweni yezakhi ze-elekthronikhi, ukubaluleka kwezingxenye ezinjalo ezifanayo akunakudonswa ngokweqile;Akuqinisekisi ukuguquguquka kwemishini kodwa futhi kulungisa ukusebenza.Le ngxenye ihlela ibe ngokulingana okusemqoka okuningana kwebhethri le-357, njenge-SR44, AG13, A76, SG13, ne-PX76A.Hhayi nje ama-replicas ngosayizi kanye namandla kagesi, laba bantu ababambisene bama-akin ku-Performance and Disp

I-SR44: Umlingani oyinhloko webhethri le-357

I-SR44, evame ukulingana ne-357, ifana nayo yonke imikhawulo: 11.6 mm ubukhulu kanye ne-5.4 mm ukuphakama, ngamandla kagesi ayi-1.55 volts.Lokhu kwenza i-SR44 i-sr44 ime-ngaphakathi.Kepha kunokuningi: Ukwakheka kwalo kwamakhemikhali kugcizelela ukuthi ngo-357, osebenzisa kakhulu isiliva oxide.Lokhu kukhethwa kwezinto ezibonakalayo kuqinisekisa isikhathi eside nokuphuma kwamandla aqinile, ukubekezelela i-SR44 ukuthandwa, ikakhulukazi kumadivayisi afuna amandla ashukumisayo, njengamathuluzi wezokwelapha namagilebhisi empilo.Ngokombono wesazi ngezinto ezenziwa nge-elekthronikhi, ukuhambisana okuphezulu kwe-SR44, ukuncipha kokubuyisela amabhethri angama-357 kuyaphawuleka.

I-AG13: Enye ithande 357 okulingana

Ukuqhathanisa usayizi we-357 ngosayizi kanye namandla kagesi, i-AG13 ivela njengenye enye indlela esebenzayo.Ukwemukelwa kwayo kwendawo yonke kuvela ekulinganiseni kwalo okubanzi nokutholakala okulungele.Njenge-SR44, le bhethri le-1.55-volt spreen oxide liyaziwa ngoMoltage ozinzile kanye nokuphila kweshelufu okunwetshiwe.Ukubhebhetheka kuka-AG13 kumadivayisi wansuku zonke - kusuka kumathoyizi kuya kuma-wokubala - akunakuphikwa.Ukutholakala kwayo okubanzi njalo kwabathengisi kanye namapulatifomu akwe-inthanethi kuyinto enkulu plus kubathengi abadinga ukushintshwa kwejubane.Ku-lens yochwepheshe we-elekthronikhi, i-AG13 egcizelela umkhuba wokuya ekuhambeni kwebhethri, ukugcina ukufana ekusebenzeni nasezindawenindlela zemikhiqizo ehlukahlukene.

I-A76: I-357 ebonwa kabanzi

I-A76, yabelana ngamandla kagesi angama-357 (ama-1.55 volts) kanye ne-11.6 mm ubukhulu, ivelele njengenye elilinganayo.Isikhalazo saso sendawo yonke njengebhethri elijwayelekile, elisetshenziswa kumadivayisi asuka ezilawulweni ezikude eziya eziLingweni ezincane, kuyabonakala.Isici esibalulekile se-A76 ukufinyeleleka kwaso, isici esibalulekile sabathengi abaqondayo.Ngokombono wobuchwepheshe kwezobuchwepheshe, i-A76 EXEMPIFIFINIFE ukuthi izidingo zemakethe zingahlangatshezwa kanjani ngokusebenza okujwayelekile kanye nokusebenza kwezindleko ngenkathi kugcinwa ikhwalithi nokwethembeka.

I-SG13 ne-PX76A: Ezinye izindlela ezibalulekile ku-357

I-SG13 ne-PX76A, zombili izibungu ezingama-357 ngosayizi kanye nogesi, zibalulekile emithonjeni yazo.I-SG13, iyahambisana namadivayisi ahlukahlukene, imvamisa ekhethwa ukusetshenziswa okukhethekile njengezinsimbi ezinengqondo eziphakeme namathuluzi athile ezokwelapha, adinga ukuthembeka kwebhethri okuhlukile nokuqina.

I-PX76A, evame ukuvelela kwezithombe kanye nemishini yokucabanga, yabelana ngezilinganiso ezingama-357 kepha incanyelwa kumakhamera athile ngenxa yokusebenza kwayo okuhlukile nokuqina.Leli khono lebhethri lokuhlinzeka amandla esikhathi eside liyinzuzo ebalulekile ekusetshenzisweni okuningana kwemishini yezithombe.

Amabhethri we-LR44 kanye nama-357: Ukuqonda ukushintshana kanye nokuphepha

Naphezu kokwehlukahlukana kokuqanjwa kwamakhemikhali kanye nokukhiqizwa kwamandla phakathi kwamabhethri we-LR44 nama-357, angahle asetshenziswe ezimweni ezithile.Kodwa-ke, ukuqonda okushiwo kanye nokucatshangelwa okubalulekile kokushintshana la mabhethri kubalulekile.

Ukuqhathaniswa kwamandla kagesi

Ibhethri le-357: Ukubonisa umphumela ocishe kube njalo ama-voltage kuze kube yilapho i-Chemical Energy Depletion, i-Silver Oxide 357 ilungele amathuluzi okunemba adinga ama-voltage angaguquki, njengamawashi okulinganisa aphezulu.

Amabhethri we-LR44: Ngakolunye uhlangothi, amabhethri we-LR44 Alkaline athola ukwehla kwamandla kagesi kancane kancane ngokuhamba kwesikhathi, okwenza balungele amadivayisi abucayi kagesi.

Ukuhlaziywa Kwezidingo Zamandla Nezamandla

Izinzuzo zamabhethri angama-357: Ngokuba namandla abo akhudlwana, amabhethri angama-357 abheke kahle amadivaysi afuna amandla amaningi, kufaka phakathi imishini ethile yezithombe yezokwelapha nezobuchwepheshe, enikeza amandla ezikhathi ezengeziwe.

Ukulinganiselwa kwamabhethri we-LR44: I-LR44's Low Mah Pup Pop ne-Voltage ingahle iholele ekusebenzeni kwe-SubPer noma ukuncipha kwempilo lapho kusetshenziswa kumabhethri angama-357.

Ukucatshangelwa kokusetshenziswa okungaguquki

Ukufana kobukhulu benyama kuvumela amabhethri we-LR44 kanye nama-357 ukulingana namabhethri afanayo, kepha kufanele kubhekwe izinto eziningana:

I-Voltage yedivayisi kanye nezidingo zamandla

Ukusetshenziswa kwesikhathi eside nokuqina: kwamadivayisi adinga ukusetshenziswa isikhathi eside kanye nokuqina kwamandla kagesi, amabhethri angama-357 avela ngokujwayelekile njengenketho engcono.

Ezomnotho nokutholakala: Factor ekusebenzeni kwezindleko kanye nokutholakala kwemakethe yendawo kwalawa mabhethri.

Ngamafuphi, kanti amabhethri we-LR44 kanye nama-357 kwesinye isikhathi asetshenziswa ngokushintshana, akhethe ama-hinges ebhethri afanele ekuqondeni umehluko wawo wokusebenza kanye nezidingo ezithile zemishini.Ukukhetha okulungile akuqinisekisi ukusebenza kahle kwensiza kuphela kodwa futhi kunomthelela ekutholeni isikhathi sayo sokuphila kanye nokwenza ngcono ulwazi lomsebenzisi.Ngakho-ke, yize kungaguquguqukayo ezimweni ezithile, ukukhethwa kwebhethri okulungile kuncike kwizidingo ezithile zedivayisi yakho kanye nomongo wokusebenzisa.

I-Alkaline vs Silver Oxide Amabhethri: Ukuqhathaniswa kokusebenza okuphelele

Ezweni elihlukahlukene lobuchwepheshe bebhethri, amabhethri we-alkali kanye nesiliva oxide oxide anikela ngezimpawu zokusebenza ezihlukile ngenxa yezingoma zawo zamakhemikhali ezihlukile.Lesi sigaba sisho ukuthi sihlaziye ekuhlaziyeni okujulile kokwenza izimonyo zazo zamakhemikhali, izici zegesi, umthamo, nezicelo ezifanele, zisiza abasebenzisi ekutholeni kahle izidingo zabo ezithile.

Ukufana nokwehluka phakathi kwamabhethri e-alkaline nebhethri lesiliva-oxide

I-chemistry	Uhlobo lwenkani	Isiliva-oxide
Amandla kagesi	I-1.5V	I-1.55V
I-End-Point Voltage	I-1.0V	I-1.2V
Amanothi	Ama-Voltage Drops ngokuhamba kwesikhathi	Voltage njalo
Amalebula ajwayelekile	I-LR44,76A, AG13, LR1154, A76	Sr44W, SR44, SR44WSW, 157,357, 303, SG13, AG13, S76, A76, SR1154
Umthamo ojwayelekile	110-130 Mah	150-200 mah

Amabhethri e-Alkaline: Izici ezichaziwe

Amabhethri e-Alkaline, ahlanganisa amamodeli afana ne-LR44, 76a, AG13, kanye ne-LR1154, ngokuvamile asebenza kuma-volts angu-1.5, ehlela ku-voltage osikiwe azungeze ama-volts ayi-1.0.Isici esiphawulekayo ukuncipha kwe-voltage kancane kancane ngokusetshenziswa, ngokuvamile okusukela ku-110-130mah.Ngenkathi kubiza kakhulu, la mabhethri abeka ubungozi bokuvuza ngesikhathi sokugcina isikhathi eside noma ukusetshenziswa, okulimazayo okulimazayo kanye namadivayisi alimazayo anjengamawashi noma ama-elekthronishi amancane.

Amabhethri we-Spreen Oxide: Izici Zokusebenza

Ukuhlukahluka kwe-oxide solide, kufaka phakathi i-SR44W, SR44, kanye nama-357 amamodeli, gcina amavolumu angu-1.55 kanye nogesi osikiwe eduze kwama-volt ayi-1.2.Isici sabo sokusukuma siwukukhishwa kwamandla okuzinzile ngokumangazayo, okusele ngokungaguquguquki kukho konke impilo yabo yonke.Ngamakhono ngokuvamile phakathi kuka-150-200mah, anikela ngama-50% kuye ku-100% isikhathi eside kunamabhethri e-alkaline, aphindaphindeka impilo yabo yenkonzo.Ubuningi obuphakeme wamandla kanye nokukhipha okuqinile kwamanje kubenze balungele amadivaysi afuna amandla aqinile, njengokuqoqelwa kokubala kanye nemishini yezokwelapha ethuthukisiwe.Kodwa-ke, la mabhethri awafaneleki kabusha, ngenxa yokwakheka kwamakhemikhali.

Lapho unesisindo esilingana namabhethri we-oxide we-slide, cabanga ngezidingo ezithile zemishini yakho nendawo yayo yokusebenza.I-Alkaline Battery Sulani nsuku zonke, amadivaysi anamandla aphansi ngenxa yokutholakala kwawo kanye nokutholakala.Ngokuphambene nalokho, amabhethri we-oxide wesiliva aphumelela ngokunemba okuphezulu, ezindaweni ezinamandla anamandla, enikeza impilo yenkonzo ethuthukisiwe.Ukuqonda lokhu okuhlukahlukene kubalulekile ekuqinisekiseni ukukhethwa kwakho kwebhethri kuqondanisa kahle ngokusebenza kwensiza yakho kanye nezidingo zokuphila isikhathi eside.

Ukugcina

Amabhethri we-LR44 kanye nama-357, agxeka amandla amadivaysi amancane we-elekthronikhi, abelane ngokufana ngosayizi kanye nokwakheka kepha ahlukane ngokumaketha ngokwenziwe ngamakhemikhali, ukuqina kwamandla kagesi, kanye nesizinda sabo sohlelo lokusebenza.I-LR44, idunyiswe ukusebenza kwayo nokutholakala kwayo kanye nokutholakala okubanzi, kuvame ukuba yisinqumo esizenzakalelayo samadivayisi amaningi.Ngokuphambene nalokho, amabhethri angama-357, ngempilo yawo enwetshiwe kanye nemiphumela ephakeme ye-voltage, athandwa kakhulu ngemishini yokunemba.

Isinqumo sokukhetha ibhethri elilungile lidlulela ukusebenza kwensiza eyisisekelo, ukuwakhipha ezindaweni zokusebenza kwezindleko kanye nomthelela wezemvelo.Ukuhlolwa kwalo mbhalo kuhlose ukunikela insiza ebalulekile yabasebenzisi ekwenzeni ukukhetha kwebhethri onolwazi, ukuqinisekisa ukuthi amadivaysi abo asebenza kahle nangokunethezekile ngaphesheya kwezindawo ezahlukahlukene.Njengoba samukela intuthuko yezobuchwepheshe, ukubaluleka okulinganayo kufanele kubekwe ekuvuseleleni ubuchwepheshe bebhethri, buye ekufinyeleleni okuzayo kokusetshenziswa kwe-elektroniki ngogesi okuqhubekayo.

-Yisimilo	Lr44 (Alkaline)	I-357 (Isiliva oxide)
I-chemistry	Uhlobo lwenkani	Isiliva Onside
Amandla kagesi	I-1.5V	I-1.55V
Okukhiqiza	Ngokujwayelekile umthamo ophansi	-Phakeme umthamo (imvamisa ama-30% kuya ku-100% isikhathi eside sokuphila)
Ubungako	5.4mm Ububanzi, Ukuphakama kwe-11.6mm (mude)	5.4mm Ububanzi, 9.5mm kuya ku-9.6mm Height (mfushane)
Amandla kagesi Qinisa	Amandla kagesi wehla ngokuqinile njengoba ekhipha	Hlobene Ukukhishwa kweVoltage njalo
Phinda uboshelwe	Ngokuvamile ukungakwazi ukukwenza	Ngokuvamile ukungakwazi ukukwenza
Utshani	-Vamile I-Lifespan enezidingo zamandla alinganiselayo	Isikhathi esimnandi Impilo, efanelekile ukuthola izimfuno eziphakeme zamandla
Khokhisa	Ngokujwayelekile kubiza kakhulu kune-357	Ngokujwayelekile kubiza kakhulu kune-lr44
-Jwayelekile Izinja	Ninginingi Amagajethi we-elekthronikhi, amawashi, ama-wokubala	Amawashi, Ama-Calculator, amathoyizi, amadivaysi ezokwelapha

Imibuzo Ebuzwa Njalo [I-FAQ]

1. Yini esebenzisa ibhethri le-357?

Ibhethri le-357, eliyisisekelo sendawo yemishini yokunemba, ichuma ezimweni ezibukhali kodwa ezifunwayo, ama-laser amakhompiyutha, izikhombisi zezokwelapha ezinjengamakhamera athile edijithali.Le Bhethri le-Silver Oxide, eligujwe ngesiqu salo esinqumayo, liqhosha amavoluti azinzile, libenze laba ngukuzikhethela kwamadivaysi amancane kagesi afuna ukusebenza kwebhethri okuhlukile.

2. Ngabe i-LR44 iyefana ne-357 303?

Ngokuphambano ngokulandelana, yize amabhethri angama-357/30 / 30/303 afana ngokufana ngosayizi, aphambuka ngokuyisisekelo ekuphumeni kwabo kwamakhemikhali kanye nemiphumela ye-voltage.I-LR44, i-Alkaline Ehlukile, iphuzu amandla ajwayelekile ama-0,5 volts.Qhathanisa lokhu nge-357/30, umncintiswano we-oxide wesiliva, uhlukane kancane nge-1.55 volts.Naphezu kobukhulu babo obufanayo, lokhu kubonakala sengathi ukungafani kwamandla kagesi okubonakala kunganaki kuphethe ukusebenza okukudla kalula kumadivayisi wemvelo ebucayi ngokwengeziwe.

3. Ngabe ibhethri elingu-357 lifana ne-LR41?

Uma kukhulunywa ngo-357 futhi Lr41 Amabhethri, umehluko ubizwa ngokwakheka kwawo kwamakhemikhali, usayizi, kanye namandla kagesi.I-LR41, encane ne-alkaline, isebenza ngokujwayelekile kuma-0,5 volts.Ngaleso sikhathi, i-357, ibhethri le-157 le-Spreen Oxide, limi ngqo.Umehluko wabo ubanikeza abangaguquki kuningi lamadivayisi.

4. Yini ibhethri le-LR44 elisetshenziselwe?

I-LR44, ubukhona obuhle emhlabeni wamabhethri amancane we-alkaline, uthola indawo yawo emathoni, amawashi, ama-wokubala, izinsiza zokuzwa, kanye nokukhethwa kwemishini emincane yezokwelapha.

5. Ngingangena esikhundleni se-LR44 nge-LR41?

Ngenkathi i-LR44 futhi Lr41 Sengathi isibuko komunye nomunye ngamandla kagesi, kokubili okunikezela ngama-1.5 volts, usayizi wabo ubabeka ngokwabo.Ifomu elincane le-LR41 lisho ukuthi alikwazi ukufaka esikhundleni ngokuqondile i-LR44 kumadivayisi amaningi, izimo ezivimbayo lapho ukuklanywa kwamadivayisi kusizakala kakhulu.Yize ngokunokwenzeka, kufanele kube nobukhulu bebhethri be-slot kanye nezidingo ze-voltage, ukubonisana nencwadi yezemishini noma ukufundela isanyukwana sesazi kuseyisinyathelo esiqondayo.

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