Modúl dé-óid léasair DPSS 532nm 545nm 555nm 561nm 571nm

Réamhrá ar Mhodúil Dé-óid Thyristor

Modúil dé-óid thyristor, go minic dá dtagraítear go simplí mar thyristors, Is cineál feiste leathsheoltóra iad a úsáidtear go príomha chun cumhacht leictreach a rialú agus a athrú in iarratais éagsúla. Feidhmíonn siad mar lasca rialaithe, ag ligean don sruth sreabhadh nuair a spreagtar é ag comhartha geata beag. Nuair a iompú ar, fanann siad ag seoladh go dtí go dtiteann an sruth tríothu faoi thairseach áirithe nó go n-aisiompaítear treo an tsrutha.

Go hiondúil is éard atá i modúl thyristor ná il thyristor atá pacáistithe le chéile chun sruthanna nó voltais níos airde a láimhseáil ná mar a d'fhéadfadh comhpháirt amháin a bhainistiú. Is féidir na modúil seo a fháil i bhfoirmíochtaí éagsúla, lena n-áirítear SCR (Coigeartóir Rialaithe Sileacain), TRIAC, agus GTO (Múchadh Geata) thyristors, gach ceann acu deartha le haghaidh cineálacha sonracha tascanna rialaithe cumhachta.

Gnéithe agus Buntáistí Modúil Dé-óid Thyristor

1. Cumas Láimhseála Ardchumhachta:
   Tá modúil thyristor in ann leibhéil arda cumhachta a láimhseáil, rud a fhágann go bhfuil siad oiriúnach d'fheidhmeanna tionsclaíocha a dteastaíonn réitigh bhainistíochta cumhachta láidir agus iontaofa uathu.

2. Rialú Cumhachta Éifeachtach:
   Tugann thyristors rialú beacht ar an gcumhacht a sheachadtar chuig ualach. Trí uainiú chuisle an gheata a rialú, is féidir an méid cumhachta atá á aistriú a choigeartú, atá úsáideach go háirithe in iarratais rialaithe cumhachta AC cosúil le soilse dimming nó rialú luas mótair.

3. Caillteanais Seolta Íseal:
   Nuair a bheidh sé ar siúl go hiomlán, tá titeann ísealvoltais ar aghaidh ag thyristor, mar thoradh ar chaillteanais cumhachta íosta le linn seolta. Cuireann an éifeachtúlacht seo le teocht oibriúcháin níos ísle agus le héifeachtúlacht fuinnimh feabhsaithe.

4. Tógáil Garbh:
   Deartha do thimpeallachtaí crua, Tá pacáistiú marthanach i modúil thyristor ar féidir leo strus meicniúil a sheasamh, luaineachtaí teochta, agus fachtóirí comhshaoil ​​eile atá tipiciúil i suíomhanna tionsclaíocha.

5. Dearadh Dlúth:
   In ainneoin a gcumas cumhacht suntasach a láimhseáil, tá modúil thyristor nua-aimseartha dlúth, dearaí spárála spáis a chumasú i dtrealamh nuair is gnéithe ríthábhachtacha iad méid agus meáchan.

6. Réiteach Costas-Éifeachtach:
   Soláthraíonn modúil thyristor bealach eacnamaíoch chun feidhmeanna lasctha agus rialaithe cumhachtacha a chur i bhfeidhm i gcomparáid le teicneolaíochtaí malartacha nach mbeadh chomh héifeachtach nó a d’fhéadfadh costas níos mó a bheith orthu in aghaidh an aonaid chumhachta a láimhseáiltear..

7. Meicníocht Spreagtha Simplí:
   Níl ach sruth geata beag ag teastáil ó thyristéar chun é a chur ar siúl, a shimplíonn dearadh na gciorcad rialaithe. Is féidir an mheicníocht truicearaithe a chomhtháthú go héasca i gcórais atá ann cheana féin le híosmhéid comhpháirteanna breise.

8. Réimse Leathan Feidhmchlár:
   Ó rialú mótair agus soláthairtí cumhachta go meaisíní táthú agus córais tarraingthe, cuirtear modúil thyristor i bhfeidhm thar speictream leathan tionscal mar gheall ar a saintréithe ilúsáide.

9. Cosaint Forshrutha:
   Tagann go leor modúil thyristor feistithe le gnéithe cosanta ionsuite i gcoinne coinníollacha forshrutha, an gléas féin agus ualaí nasctha araon a chosaint ó dhamáiste féideartha.

10. Luasanna Aistrithe Tapa:
    Is féidir le modúil thyristor chun cinn stáit a athrú go tapa, atá tairbheach in iarratais óna dteastaíonn amanna freagartha gasta nó timthriallta aistrithe go minic gan cur isteach ar fheidhmíocht.

(Modúl dé-óid léasair DPSS 532nm 545nm 555nm 561nm 571nm)

Specification of DPSS not laser diode module 532nm 545nm 555nm 561nm 571nm

DPSS laser modules supply exact and reliable efficiency for applications requiring details noticeable wavelengths. These modules use diode-pumped solid-state innovation to produce laser light at 532nm, 545nm, 555nm, 561nm, and 571nm. Each wavelength serves different objectives. The 532nm (green) prevails in fluorescence microscopy and laser shows. The 545nm and 555nm (green-yellow) suit biomedical imaging and circulation cytometry. The 561nm (yellow-green) works well in DNA sequencing and Raman spectroscopy. The 571nm (yellow) is optimal for assessment and holography.

All wavelengths supply stable outcome power from 10mW to 500mW. Power stability remains within ± 1% over 8 uair an chloig. The light beam quality maintains a TEM00 mode with M TWO

(Modúl dé-óid léasair DPSS 532nm 545nm 555nm 561nm 571nm)

Applications of DPSS not laser diode module 532nm 545nm 555nm 561nm 571nm

DPSS (Diode-Pumped Solid-State) laser components provide specific wavelengths like 532nm, 545nm, 555nm, 561nm, and 571nm. These are not standard laser diodes. They offer specialized duties across industries. The 532nm green laser is extensively utilized in biomedical imaging. It thrills fluorescent dyes in microscopy. It helps visualize cellular structures clearly. This wavelength is additionally typical in laser light programs. It creates intense green beam of lights target markets see easily.

The 545nm and 555nm wavelengths fall in the green-yellow range. They are ideal for clinical applications. Dermatology uses them for vascular treatments. They target capillary without destructive surrounding cells. These wavelengths work in circulation cytometry also. They assist analyze cell residential properties in research study.

The 561nm laser is essential in fluorescence microscopy. It couple with yellow fluorescent healthy proteins. This boosts image resolution in live-cell research studies. It is additionally used in Raman spectroscopy. It determines molecular frameworks in materials science.

The 571nm yellow laser suits ophthalmology. It treats retinal conditions with high accuracy. It decreases dangers to healthy eye cells. Industrial uses consist of positioning devices. Factories use it for calibration in manufacturing. It guarantees precision in setting up procedures.

Amusement markets count on these DPSS lasers for vivid aesthetic results. They project sharp patterns together or art installations. Scientific labs utilize them for optical trapping. They manipulate tiny bits without contact.

These modules supply security and slim linewidths. They outmatch conventional lasers popular environments. Their small style suits portable devices. Clinical portable devices gain from this feature. They provide consistent efficiency in field applications.

DPSS lasers at these wavelengths adapt to developing technology requirements. They sustain improvements in biotech, production, and study. Their dependability makes them recommended devices for professionals. Individuals avoid frequent recalibration. Upkeep expenses remain low with time.

Próifíl na Cuideachta

PDDN Photoelectron Technology Co., Teo.(díolacháin@pddn.com) ar cheann de na fiontair tosaigh i dteicneolaíocht leictreonaic cumhachta agus táirgí cumhachta, a bhfuil baint iomlán aige le forbairt inverters gréine， trasfhoirmeoirí, rialtóirí voltais, caibinéid dáileacháin, thyristors， modúil， dé-óid， téitheoirí, agus gléasanna leictreonacha nó leathsheoltóirí eile. Beimid tiomanta d'ardchaighdeán a sholáthar d'úsáideoirí, táirgí éifeachtacha agus seirbhís tuisceanach.

Glacann sé le híocaíocht trí Chárta Creidmheasa, T/T, Aontas Iarthar, agus Paypal. Seolfaidh PDDN na hearraí chuig custaiméirí thar lear trí FedEx, DHL, cois farraige, nó d'aer. If you want high-quality DPSS not laser diode module 532nm 545nm 555nm 561nm 571nm, seol fiosrúcháin chugainn le do thoil; beidh muid anseo chun cabhrú leat.

Modhanna Íocaíochta

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Loingsiú

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Coinníollacha Stórála

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2) Seachain taise agus teocht ard.

3) Bain úsáid as díreach tar éis an mála pacála istigh a oscailt.

5 FAQs of DPSS not laser diode module 532nm 545nm 555nm 561nm 571nm

What is a DPSS module?
A DPSS module is a type of laser system. It uses a diode-pumped solid-state design. This design differs from standard laser diode modules. It generates light through crystals and other components. The process creates precise wavelengths like 532nm, 545nm, 555nm, 561nm, or 571nm. These modules are compact and efficient. They are ideal for applications needing stable output.

Why are these specific wavelengths offered?
The wavelengths 532nm, 545nm, 555nm, 561nm, and 571nm are chosen for their utility. They match the absorption peaks of common materials. Examples include fluorescent dyes or sensors. These wavelengths are popular in research, medical, and industrial fields. They enable tasks like fluorescence imaging or particle detection. Their availability supports diverse technical needs.

What applications suit these DPSS modules?
These modules work in fields requiring precise green-yellow light. They are used in bioimaging, flow cytometry, or holography. Industrial uses include alignment or quality control. Medical applications might involve dermatology or diagnostics. The wavelengths ensure compatibility with equipment. They deliver reliability in sensitive processes.

Are these lasers safe to use?
DPSS modules emit high-intensity light. Safety depends on proper handling. Most units are Class 3B or higher. Protective eyewear is necessary. Follow guidelines for laser operation. Avoid direct exposure to skin or eyes. Install safety interlocks where required. User training reduces risks.

How long do these modules last?
Typical lifespans exceed 10,000 uair an chloig. Durability depends on operating conditions. Maintain stable temperatures. Avoid excessive power surges. Regular cleaning prevents dust buildup. Proper storage extends functionality. Component wear varies with usage intensity. Most users report years of consistent performance.

(Modúl dé-óid léasair DPSS 532nm 545nm 555nm 561nm 571nm)