Phase Control Thyristor 1200A1600V SKT1200/16E

Oversigt over Phase Control Thyristor

En fasekontroltyristor, ofte omtalt som en triac eller SCR (Silikonestyret ensretter) i visse applikationer, er en halvlederenhed, der bruges til at styre mængden af ​​strøm, der leveres til en belastning ved at justere fasevinklen, ved hvilken AC-bølgeformen får lov til at lede. Denne kontrolmetode er kendt som fasevinkelkontrol eller blot fasekontrol. Fasekontroltyristorer er meget udbredt i forskellige applikationer, der kræver præcis regulering af elektrisk effekt, såsom lysdæmpere, motorhastighedskontrol, temperaturregulatorer, og mere.

Funktioner af Phase Control Thyristor

Fasevinkelkontrol: Tillader justering af ledningspunktet inden for hver halvcyklus af AC-bølgeformen, muliggør præcis kontrol over den gennemsnitlige effekt, der leveres til lasten.

Høj effektivitet: Fungerer med minimale tab under udførelsen, giver effektiv strømstyring.

Tovejs ledningsevne (Triacs): Til AC-applikationer, triacs kan lede strøm i begge retninger, hvilket gør dem velegnede til fuldbølgestyring af AC-belastninger.

Ensrettet ledningsevne (SCR'er): SCR'er leder kun strøm i én retning og bruges typisk til halvbølgestyring af AC- eller DC-belastninger.

Portudløsning: Ledning begynder, når der tilføres en lille strøm til gateterminalen, giver mulighed for nem kontrol af tændingspunktet.

Låsestrøm: En gang udløst, tyristoren fortsætter med at lede, indtil strømmen gennem den falder under et vist niveau kaldet holdestrømmen.

Temperaturfølsomhed: Ydeevnen kan påvirkes af temperaturændringer, kræver termiske styringshensyn i design.

Spændings- og strømværdier: Tilgængelig i en bred vifte af spændings- og strømværdier for at passe til forskellige applikationsbehov.

Støjgenerering: Kan generere elektromagnetisk interferens (EMI), nødvendiggør korrekt filtrering og afskærmning i følsomme applikationer.

Beskyttelsesmekanismer: Inkluderer ofte indbygget beskyttelse mod overspænding og overstrømsforhold for at beskytte enheden og tilsluttede systemer.

(Phase Control Thyristor 1200A1600V SKT1200/16E)

Specification of Phase Control Thyristor 1200A1600V SKT1200/16E

This Phase Control Thyristor is the SKT1200/16E version. It deals with high power levels accurately. The ranked present is 1200 ampere. The obstructing voltage reaches 1600 volt. This makes it ideal for demanding commercial applications.

It utilizes a press-pack housing design. This design is really crucial. It allows straight mounting onto heatsinks. Great thermal call is achieved this way. Reliable air conditioning is essential for high present procedure. The real estate ensures pressure is applied correctly throughout the semiconductor surface area.

The thyristor regulates big air conditioning power moves. It activates precisely during each AC cycle. This regulates power provided to heavy loads. Believe big commercial motor drives. Think high-power heater. Assume big battery chargers or electrolysis plants. It handles power circulation in these systems properly.

Meeting worldwide requirements is essential. This tool conforms fully with IEC 60747. This basic covers semiconductor tools. It ensures details efficiency and safety levels. Rigorous screening verifies the rankings. Reliability under difficult conditions is guaranteed.

Essential electric specifications specify its ability. The repetitive optimal off-state voltage (VDRM) is 1600V. The repeated peak opposite voltage (VRRM) is additionally 1600V. The RMS on-state current (DET(RMS)) is 1200A. The average on-state present (DET(AF)) reaches 750A. These numbers show its stamina.

Rise existing handling is important. The gadget endures I ² t values up to 900,000 A TWO s. This protects versus unexpected overloads. It makes it through short-circuit events securely. The thyristor requires a certain placing force. Apply 20 kN minimum. Apply 35 kN optimum. Right clamping force makes certain optimal thermal performance. Long-lasting dependability depends upon this. Appropriate setup is necessary.

(Phase Control Thyristor 1200A1600V SKT1200/16E)

Applications of Phase Control Thyristor 1200A1600V SKT1200/16E

This thyristor handles big power. It changes and controls AC power. The SKT1200/16E manages large currents and high voltages. It works well for stage control. This indicates it exactly turns the power on throughout each AC cycle.

It is utilized in industrial heater. Think large stoves or heaters. The thyristor changes the warmth output accurately. This conserves power. It maintains the temperature stable. This is very important for regular item high quality.

Electric motor control is an additional major use. It regulates big air conditioning motors. These electric motors drive pumps, følgere, eller kompressorer. The thyristor transforms the electric motor rate efficiently. It gives solid starting torque. This shields the electric motor and the driven devices.

Power regulation uses this thyristor as well. It supports air conditioning voltage or present. This is needed where the power supply changes. It ensures delicate equipment obtains clean power. This protects against damages and breakdown.

Lights control benefits from it. It handles bright lights in huge areas. Think stadiums or manufacturing facilities. The thyristor enables smooth dimming. It stays clear of rough flickering. This expands the light life.

This component is good for power rectification. Den konverterer vekselstrøm til jævnstrøm. It deals with high currents needed for electroplating or battery charging. The conversion is efficient.

Transport systems use it. It manages grip electric motors in trains or cable cars. It manages supporting power systems. Dependability is crucial right here. This thyristor supplies that.

Welding tools counts on thyristors similar to this. It manages the welding current specifically. This guarantees solid, regular welds. It helps various welding procedures.

Renewable energy systems need power control. This thyristor integrates solar or wind power into the grid. It handles the power circulation effectively. It helps attach clean power resources accurately.

Virksomhedsprofil

PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) er en af ​​de førende virksomheder inden for kraftelektronikteknologi og kraftprodukter, som er fuldt involveret i at udvikle solcelle-invertere， transformere, spændingsregulatorer, fordelingsskabe, tyristorer， moduler， dioder， varmelegemer, og andre elektroniske enheder eller halvledere. Vi vil være forpligtet til at give brugerne høj kvalitet, effektive produkter og hensynsfuld service.

Det accepterer betaling med kreditkort, T/T, Vestunionen, og Paypal. PDDN vil sende varerne til kunder i udlandet gennem FedEx, DHL, til søs, eller med fly. If you want high-quality Phase Control Thyristor 1200A1600V SKT1200/16E, send os venligst forespørgsler; vi vil være her for at hjælpe dig.

Betalingsmetoder

L/C, T/T, Western Union, Paypal, Kreditkort osv.

Forsendelse

Ved havet, med fly, ved ekspres, som kunder efterspørger.

Opbevaringsbetingelser

1) Opbevares i et tørt miljø ved stuetemperatur.

2) Undgå fugt og høj temperatur.

3) Bruges umiddelbart efter åbning af den indvendige pakkepose.

5 FAQs of Phase Control Thyristor 1200A1600V SKT1200/16E

Phase Control Thyristor 1200A1600V SKT1200/16E: Key Questions Answered

What is this thyristor mainly for?
This thyristor controls large amounts of AC power. It manages the power flow by adjusting the point in the AC wave where it turns on. This is phase control. It handles big currents and voltages: 1200 Amps continuously, 1600 Volts blocking.

Where is it typically used?
You find it in heavy-duty industrial jobs. It’s common in motor speed controllers for big machines. It’s used in big battery chargers. It powers large industrial heating systems. It works in power supplies needing precise AC control. Think factories, big plants.

Is it built tough?
Ja. It’s designed for demanding conditions. It handles high surge currents without failing. It manages high operating temperatures reliably. The package is robust. This ensures long life in tough environments. It’s made for industrial use.

Hvordan installerer jeg det?
Mounting needs care. Use a proper heat sink. Apply the correct clamping force. Tighten the mounting hardware to the specified torque. This guarantees good electrical contact. It ensures efficient heat transfer away from the device. Follow the datasheet instructions exactly. This prevents damage. It makes sure the thyristor works right.

Does it need electrical isolation?
Ja. The metal baseplate is electrically live. It connects to the main terminal. You must isolate the entire thyristor module from its heat sink. Use a suitable thermal interface material. This material must conduct heat well. It must also provide strong electrical insulation. This insulation is reinforced for safety. Never mount it directly to metal without insulation.

(Phase Control Thyristor 1200A1600V SKT1200/16E)