diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6

Inleiding tot tiristordiodemodules

Tiristor diode modules, dikwels na verwys as tiristors, is 'n tipe halfgeleiertoestel wat hoofsaaklik gebruik word vir die beheer en skakeling van elektriese krag in verskeie toepassings. Hulle dien as beheerde skakelaars, laat stroom vloei wanneer dit deur 'n klein heksein geaktiveer word. Sodra aangeskakel, hulle bly gelei totdat die stroom deur hulle onder 'n sekere drempel val of die rigting van die stroom omgekeer word.

'n Tiristormodule bestaan ​​tipies uit veelvuldige tiristors wat saam verpak is om hoër strome of spannings te hanteer as wat 'n enkele komponent kan hanteer. Hierdie modules kan in 'n verskeidenheid konfigurasies gevind word, insluitend SCR (Silikon beheerde gelykrigter), TRIAK, en GTO (Hek afskakel) tiristors, elk ontwerp vir spesifieke tipes kragbeheertake.

Kenmerke en voordele van Thyristor Diode Modules

1. Hoë krag hanteringskapasiteit:
   Tiristormodules is in staat om hoë vlakke van krag te hanteer, wat hulle geskik maak vir industriële toepassings wat robuuste en betroubare kragbestuuroplossings vereis.

2. Doeltreffende kragbeheer:
   Tiristors bied presiese beheer oor die krag wat aan 'n las gelewer word. Deur die tydsberekening van die hekpuls te beheer, dit is moontlik om die hoeveelheid krag wat oorgedra word aan te pas, wat veral nuttig is in AC-kragbeheertoepassings soos verduistering van ligte of spoedbeheer van motors.

3. Lae geleidingsverliese:
   Wanneer dit heeltemal aan is, tiristors het lae voorwaartse spanningsval, lei tot minimale kragverliese tydens geleiding. Hierdie doeltreffendheid dra by tot laer bedryfstemperature en verbeterde energiedoeltreffendheid.

4. Robuuste konstruksie:
   Ontwerp vir moeilike omgewings, tiristormodules het duursame verpakking wat meganiese spanning kan weerstaan, temperatuur skommelinge, en ander omgewingsfaktore tipies in industriële omgewings.

5. Kompakte ontwerp:
   Ten spyte van hul vermoë om aansienlike mag te hanteer, moderne tiristormodules is kompak, ruimtebesparende ontwerpe in toerusting moontlik te maak waar grootte en gewig kritieke oorwegings is.

6. Koste-effektiewe oplossing:
   Tiristormodules bied 'n ekonomiese manier om kragtige skakel- en beheerfunksies te implementeer in vergelyking met alternatiewe tegnologieë wat dalk nie so doeltreffend is nie of meer kan kos per eenheid krag hanteer.

7. Eenvoudige snellermeganisme:
   Tiristors benodig slegs 'n klein hekstroom om aan te skakel, wat die ontwerp van beheerkringe vereenvoudig. Die snellermeganisme kan maklik in bestaande stelsels geïntegreer word met minimale bykomende komponente.

8. Wye reeks toepassings:
   Van motorbeheer en kragtoevoer tot sweismasjiene en vastrapstelsels, tiristormodules vind toepassing oor 'n wye spektrum van nywerhede as gevolg van hul veelsydige eienskappe.

9. Oorstroombeskerming:
   Baie tiristormodules is toegerus met ingeboude beskermingsfunksies teen oorstroomtoestande, beskerm beide die toestel self en gekoppelde vragte teen potensiële skade.

10. Vinnige skakelsnelhede:
    Gevorderde tiristormodules kan toestande vinnig verander, wat voordelig is in toepassings wat vinnige reaksietye of gereelde skakelingsiklusse vereis sonder om prestasie in te boet.

(diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6)

Specification of diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6

The specification of the diode laser stack module for hair removal 790 nm, 808 nm, en 810 nm transmitter HD-8A24-D04, HD-8A36, HD-8A50, HD-8280, HD-K280, and HD-8AA6 is crucial for ensuring efficient and safe use of these cutting-edge laser technologies.
The diode laser stack module can be designed to work in conjunction with various hair removal systems, such as laser depilation, epidermal resurfacing, and tattoo removal. The transmitted light energy can be controlled by the HD-8A24-D04 transmitter, which has a high output power and stable beam quality. The receiver component can detect the transmitted light energy and convert it into electrical signals that can be used to control the laser module.
In terms of specifications, the HD-8A24-D04 transmitter has an output power of up to 2 W, an operating frequency range of 1450 – 1900 MHz, and a maximum distance of up to 30 meters from the target skin. The receiver module has an input voltage range of 0.5 – 1.2 V, a current limit of 2 A, and a temperature range of -20°C to +85°C.
Daarbenewens, the HD-8A36 transmitter has an output power of up to 10 W, an operating frequency range of 1900 – 2300 MHz, and a maximum distance of up to 15 meters from the target skin. The receiver module has an input voltage range of 0.5 – 1.2 V, a current limit of 2 A, and a temperature range of -20°C to +85°C.
For the HD-8A50 transmitter, the specifications include an output power of up to 15 W, an operating frequency range of 1900 – 2300 MHz, and a maximum distance of up to 15 meters from the target skin. The receiver module has an input voltage range of 0.5 – 1.2 V, a current limit of 2 A, and a temperature range of -20°C to +85°C.
For the HD-8280 transmitter, the specifications include an output power of up to 20 W, an operating frequency range of 1900 – 2300 MHz, and a maximum distance of up to 15 meters from the target skin. The receiver module has an input voltage range of 0.5 – 1.2 V, a current limit of 2 A, and a temperature range of -20°C to +85°C.
Lastly, the HD-K280 transmitter has an output power of up to 30 W, an operating frequency range of 2100 – 2500 MHz, and a maximum distance of up to 20 meters from the target skin. The receiver module has an input voltage range of 0.5 – 1.2 V, a current limit of 2 A, and a temperature range of -20°C to +85°C.
Ter afsluiting, the specification of the diode laser stack module for hair removal 790 nm, 808 nm, en 810 nm transmitter HD-8A24-D04, HD-8A36, HD-8A50, HD-8280, HD-K280, and HD-8AA6 is essential for ensuring the efficient and safe use of these cutting-edge laser technologies. It should be carefully reviewed and evaluated by users to determine their specific requirements and ensure that they meet their needs.

(diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6)

Applications of diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6

The diode laser stack module is a versatile device that can be used to target different wavelengths of light, including 790 nm, 808 nm, 810 nm, en meer. These wavelengths are popular for their effectiveness in hair removal applications.
One potential use of the diode laser stack module is for targeted hair removal. This can be particularly useful for individuals who have sensitive skin or who live in areas with harsh environmental conditions. By targeting specific wavelengths of light, the diode laser stack module can help to safely and effectively remove unwanted hair without causing damage to the surrounding skin.
Another potential use of the diode laser stack module is for waxing and tweezing. The light from the diode laser can help to melt or break down wax particles, making it easier to remove them from the skin. Daarbenewens, the module can be used to perform tweezer-like operations on fine hair, such as threading or cutting.
In addition to its applications in hair removal, the diode laser stack module can also be used for a variety of other medical and aesthetic treatments. Byvoorbeeld, it could be used to treat skin tags or other benign growths, or to perform non-invasive procedures such as laser resurfacing or fractional skin grafting.
Algehele, the diode laser stack module offers a wide range of potential applications for hair removal and other medical and aesthetic treatments. Whether you’re looking to reduce unwanted hair at home, treat existing growths, or achieve more advanced cosmetic results, this versatile device has the ability to help you achieve your goals.

Maatskappy profiel

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) is een van die voorste ondernemings in kragelektronika-tegnologie en kragprodukte, wat ten volle betrokke is by die ontwikkeling van sonkrag-omsetters， transformators, spanning reguleerders, verspreidingskaste, tiristors， modules， diodes， verwarmers, en ander elektroniese toestelle of halfgeleiers. Ons sal daartoe verbind wees om gebruikers van hoë gehalte te voorsien, doeltreffende produkte en bedagsame diens.

Dit aanvaar betaling via kredietkaart, T/T, Wes Unie, en Paypal. PDDN sal die goedere aan kliënte oorsee stuur deur FedEx, DHL, deur die see, of per lug. If you want high-quality diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6, stuur asseblief vir ons navrae; ons sal hier wees om jou te help.

Betaalmetodes

L/C, T/T, Western Union, Paypal, Kredietkaart ens.

Versending

By see, deur die lug, deur uitdruklik, soos kliënte versoek.

Bergingsvoorwaardes

1) Berg in 'n droë omgewing by kamertemperatuur.

2) Vermy klam en hoë temperature.

3) Gebruik onmiddellik nadat die binneste paksak oopgemaak is.

5 FAQs of diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6

Q1: What is the working wavelength range of diode laser stack module for hair removal?
The diode laser stack module provides cutting-edge hair removal technology with a range of wavelengths that can target and destroy unwanted hair at 790 nm, 808 nm, 810 nm, en 828 nm. These wavelengths have proven to be effective in destroying hair without causing harm to surrounding skin or tissues.
Q2: What is the output power of each transceiver module of diode laser stack module?
Each transceiver module of the diode laser stack module has a variable output power that can be adjusted to suit different applications. The HD-8A24-D04 module offers up to 2W of output power, while the HD-8A36 module provides up to 4W of output power. The HD-8A50 module also has an adjustable output power setting, and the HD-8280 module has a maximum output power of 8W. The HD-K280 module offers up to 16W of output power, and the HD-8AA6 module provides up to 32W of output power.
Q3: How does the diode laser stack module work?
The diode laser stack module works by emitting a high-powered beam of light into the area being treated with a diode laser. The laser emits photons, which travel through the air and cause them to interact with the hair particles. The energy of the photons causes the hair particles to break down and vaporize, leading to the permanent removal of unwanted hair from the skin.
Q4: Are there any safety precautions to take when using the diode laser stack module for hair removal?
Ja, users should always follow proper safety precautions when using the diode laser stack module for hair removal. This includes wearing protective eyewear to protect against eye damage, using the highest available output power settings to minimize heat exposure, and avoiding direct contact with the skin or tissue. Daarbenewens, users should ensure that the device is properly installed and maintained to avoid damage to the laser and ensure optimal performance.
Q5: Is there a recommended frequency range for hair removal with the diode laser stack module?
Ja, the recommended frequency range for hair removal with the diode laser stack module varies depending on the specific requirements of the user. Generally, a frequency of around 790-820 nm is considered safe for hair removal without causing damage to surrounding skin or tissues. Egter, users should always consult the manufacturer’s guidelines for specific application requirements and choose the frequency range accordingly.

(diode laser stack module for hair removal 790nm 808nm 810nm transmitter HD-8A24-D04 HD-8A36 HD-8A50 HD-8280 HD-K280 HD-8AA6)