488Modula dîoda lazerê ya şîn nm 450nm

Destpêka Modulên Diodê yên Thyristor

Modulên diodê yên Thyristor, pir caran bi tenê wekî trîstor têne binav kirin, celebek amûrek nîvconductor in ku di serî de ji bo kontrolkirin û veguheztina hêza elektrîkê di sepanên cihêreng de têne bikar anîn.. Ew wekî guheztinên kontrolkirî tevdigerin, dihêle ku dema ku ji hêla sînyalek dergehek piçûk ve tê kişandin herikîn. Carekê zivirî, ew bi rê ve dimînin heya ku kaniya ku di nav wan re derbas dibe bikeve binê bendek diyarkirî an rêwerdana herikê berevajî bibe.

Modulek trîstor bi gelemperî ji gelek tirîstorên ku bi hev re hatine pakkirin pêk tê da ku herik an voltaja bilindtir ji yek pêkhateyek ku dikare rêve bibe.. Van modulan di cûrbecûr veavakirinan de têne dîtin, di nav de SCR (Silicon Control Rectifier), TRIAC, û GTO (Gate Turn-Off) trîstor, her yek ji bo celebên taybetî yên karên kontrolkirina hêzê hatî çêkirin.

Taybetmendî û Awantajên Modulên Diodê yên Thyristor

1. Kapasîteya Handling Power High:
   Modulên Thyristor dikarin astên bilind ên hêzê bi rê ve bibin, çêkirina wan ji bo serîlêdanên pîşesaziyê yên ku hewceyê çareseriyên rêveberiya hêzê yên zexm û pêbawer in.

2. Kontrola Hêza Karker:
   Thyristors kontrola rastîn li ser hêza ku ji bargiraniyê re tê şandin pêşkêş dikin. Bi kontrolkirina dema nebza dergehê, gengaz e ku meriv mîqdara hêza ku tê veguheztin eyar bike, ku bi taybetî di serîlêdanên kontrolkirina hêza AC-ê de, wekî ronahiya ronahiyê an kontrolkirina leza motoran, bikêr e.

3. Windakirina Kêm Conduction:
   Dema ku bi tevahî li ser, tirîstorên voltaja pêş kêm kêm in, di encamê de windahiyên hêza herî kêm di dema rêgirtinê de. Ev karîgerî dibe sedema kêmbûna germahiyên xebitandinê û baştirkirina enerjiyê.

4. Avakirina Rugged:
   Ji bo hawîrdorên dijwar hatine çêkirin, Modulên tîrîstorê pakêtek domdar vedihewîne ku dikare li hember stresa mekanîkî bisekinin, guheztinên germahiyê, û faktorên din ên hawirdorê yên ku di mîhengên pîşesaziyê de ne diyar in.

5. Compact Design:
   Tevî şiyana wan a ji bo birêvebirina hêzek girîng, Modulên tîrîstorê yên nûjen kompakt in, îmkankirina sêwiranên teserûfa cîhê di alavên ku mezinahî û giranî lênihêrînên krîtîk in.

6. Çareseriya Cost-Efektîv:
   Modulên Thyristor rêyek aborî peyda dikin ji bo pêkanîna fonksiyonên guheztin û kontrolê yên hêzdar li gorî teknolojiyên alternatîf ên ku dibe ku ew qas bikêr nebin an jî dibe ku ji bo yekîneya hêza destankirî bêtir lêçûn bikin..

7. Mekanîzmaya Teqandina Hêsan:
   Thyristors tenê hewceyek dergehek piçûk hewce dike ku vebe, ku sêwirana çerxên kontrolê hêsan dike. Mekanîzmaya vekêşanê dikare bi hêsanî di pergalên heyî de bi hêmanên zêde yên hindiktirîn ve were yek kirin.

8. Berfirehiya Serlêdan:
   Ji kontrolkirina motor û dabînkirina hêzê bigire heya makîneyên welding û pergalên kişandinê, Modulên tîrîstorê ji ber taybetmendiyên xwe yên berbelav sepanê li seranserê pîşesaziyên berfireh peyda dikin.

9. Parastina Overcurrent:
   Gelek modulên tîrîstorê bi taybetmendiyên parastinê yên çêkirî yên li dijî şert û mercên zêde têne stendine, hem amûrê xwe û hem jî barên girêdayî ji zirara potansiyel diparêze.

10. Leza Guhestina Lezgîn:
    Modulên tîrîstorê yên pêşkeftî dikarin bi lez rewşan biguherînin, ku di serîlêdanên ku hewceyê demên bersivdayînê yên bilez an çerxên guheztinê yên pir caran bêyî ku performansê tawîz bide de sûdmend e.

(488Modula dîoda lazerê ya şîn nm 450nm)

Specification of 488nm 450nm blue laser diode module

This blue laser diode component offers 2 wavelength options: 488nm or 450nm. You obtain solid power output. Choices typically range from 50mW as much as 1000mW. Inspect the particular model for precise power. The beam of light high quality is great. Expect a clean, round beam profile. Beam of light aberration is reduced. This implies the light beam stays limited over distance. The component makes use of a high-quality diode. This makes certain secure efficiency and long life.

The layout is compact. It fits conveniently right into various arrangements. An incorporated thermoelectric cooler (TEC) is typical. This maintains the laser diode temperature level steady. Stable temperature is vital for regular wavelength and power outcome. It protects against drift. Air cooling might likewise be used. This depends on the power degree and design.

Operation is uncomplicated. A standard TTL inflection input is consisted of. This allows you turn the laser off and on swiftly. You manage it with digital signals. Analog inflection may be offered also. This enables power degree adjustment. Check the specifications for your picked component. Safety features are built-in. These consist of defense versus over-current, over-voltage, and over-temperature. This shields your investment.

The component needs a steady DC power supply. Voltage demands differ by power degree. Typical inputs are +5 V or +12 V DC. Describe the datasheet for your specific system. Mounting is straightforward. Conventional screw holes are offered. You can safeguard it to optical tables, breadboards, or inside devices.

These lasers fit several applications. They work well in fluorescence microscopy. They benefit flow cytometry. They are made use of in DNA sequencing. They fit laser programs and entertainment. They offer in clinical study. They function in industrial positioning tasks. They execute in material processing. The specific wavelength choice depends upon your certain requirements.

(488Modula dîoda lazerê ya şîn nm 450nm)

Applications of 488nm 450nm blue laser diode module

Blue laser diode modules at 488nm and 450nm wavelengths are very important devices. They offer certain light properties needed for numerous tasks. The 488nm blue laser is very common in scientific work. It delights fluorescent dyes utilized in biology and medication. Circulation cytometry counts greatly on this wavelength. It assists evaluate cell populations swiftly. Fluorescence microscopy makes use of 488nm lasers too. They make tiny biological structures noticeable. DNA sequencing tools frequently integrate them. They provide the source of light for reviewing hereditary codes. This wavelength is likewise key in confocal microscopy. It creates sharp, detailed 3D images of examples.

The 450nm blue laser provides high power successfully. It is widely used in commercial noting and engraving. This laser etches serial numbers on metal parts. It creates barcodes on plastic packaging. The wavelength connects well with numerous products. It generates clear, irreversible marks quick. Laser projectors and displays benefit from 450nm diodes. They contribute brilliant blue light for vibrant shades. These lasers are located in some curing systems. They harden unique adhesives or finishings rapidly. Reminders and placement tools utilize this blue light. It provides a bright, visible beam of light over range.

Both wavelengths discover functions in specialized picking up. They can spot certain materials or gauge distances. Some clinical therapies discover using blue laser light. Study into photodynamic therapy continues. These lasers are likewise preferred in hobbyist jobs. Manufacturers build custom-made light programs or engravers. The choice depends upon the exact application need. Scientists typically choose 488nm for fluorescence work. Engineers usually choose 450nm for products handling. Power output and beam high quality are crucial factors. They determine the laser’s suitability for a job. Reliability and lengthy operating life are essential. Customers expect consistent performance over time. Air conditioning needs should be considered. Some high-power components require active warm management. Safety is extremely important when dealing with any kind of laser. Correct eye security is always required.

Profîla Pargîdaniyê

PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) di teknolojiya elektronîkî û hilberên hêzê de yek ji pargîdaniyên pêşeng e, ku bi tevahî di pêşvebirina inverterên rojê de beşdar e， transformers, regulators voltaja, kabîneyên belavkirinê, trîstor， modules， diodes， heaters, û alavên din ên elektronîkî an semiconductors. Em ê pabend bin ku ji bikarhêneran re kalîteya bilind peyda bikin, hilberên bikêr û karûbarê berbiçav.

Ew dravdana bi Qerta Krediyê qebûl dike, T/T, Yekîtiya Rojava, û Paypal. PDDN dê bi riya FedEx tiştan ji xerîdarên li derveyî welat re bişîne, DHL, bi deryayê, an bi hewa. If you want high-quality 488nm 450nm blue laser diode module, ji kerema xwe ji me re lêpirsînan bişînin; em ê li vir bin ku alîkariya we bikin.

Rêbazên Payment

L/C, T/T, Western Union, Paypal, Karta Krediyê hwd.

Shipment

Bi deryayê, bi hewa, bi ekspres, wekî ku xerîdar daxwaz dikin.

Şertên Storage

1) Li hawîrdorek hişk li germahiya odeyê hilînin.

2) Ji şil û germahiya bilind dûr bixin.

3) Piştî vekirina çenteya pakkirinê ya hundurîn tavilê bikar bînin.

5 FAQs of 488nm 450nm blue laser diode module

What’s the difference between 488nm and 450nm blue laser modules?
The number is the wavelength. 488nm light is a cyan-blue. 450nm light is a deeper, more pure blue. This color difference matters for specific uses needing exact light color.

Where are these blue laser modules mostly used?
They are common in science and industry. Scientists use them in fluorescence microscopes to make samples glow. They work in DNA sequencing machines. Factories use them for engraving plastics or metals. Artists use them for holography or special lighting effects.

How much power do these modules usually have?
Power levels vary a lot. Low-power modules start under 5mW for alignment or pointers. Medium power is common, like 50mW to 500mW, good for many science and light show tasks. High-power modules go over 1W for serious engraving or cutting jobs. Always check the specs for your project.

Do these blue laser modules need special cooling?
Low-power ones often run fine with just air around them. Medium-power modules usually need a small heatsink attached. High-power modules absolutely require active cooling. This means a fan or a device called a TEC. Good cooling stops the laser from overheating. Overheating kills laser performance fast.

Are safety precautions important with these lasers?
Erê, extremely important. Blue laser light is very bright and dangerous to eyes. Even reflections can cause permanent eye damage. Always wear proper laser safety glasses matching the wavelength. Never point the laser at people or animals. Follow all laser safety rules for your workplace. Treat these modules with great respect.

(488Modula dîoda lazerê ya şîn nm 450nm)