N1718NS400 SCR Thyristor for Phase Control Single Configuration

Översikt över faskontrolltyristor

En faskontrolltyristor, kallas ofta en triac eller SCR (Silikonkontrollerad likriktare) i vissa tillämpningar, är en halvledarenhet som används för att kontrollera mängden effekt som levereras till en last genom att justera fasvinkeln vid vilken AC-vågformen tillåts leda. Denna kontrollmetod är känd som fasvinkelkontroll eller helt enkelt fasstyrning. Faskontrolltyristorer används i stor utsträckning i olika tillämpningar som kräver exakt reglering av elektrisk effekt, såsom belysningsdimmer, motorhastighetskontroller, temperaturregulatorer, och mer.

Funktioner hos Phase Control Thyristor

Fasvinkelkontroll: Tillåter justering av ledningspunkten inom varje halvcykel av AC-vågformen, möjliggör exakt kontroll över den genomsnittliga effekt som levereras till lasten.

Hög effektivitet: Fungerar med minimala förluster vid ledning, ger effektiv effektkontroll.

Dubbelriktad ledningsförmåga (Triacs): För AC-applikationer, triacs kan leda ström i båda riktningarna, vilket gör dem lämpliga för fullvågskontroll av AC-laster.

Enkelriktad ledningsförmåga (SCRs): SCR leder endast ström i en riktning och används vanligtvis för halvvågsstyrning av AC- eller DC-laster.

Grindutlösning: Ledningen börjar när en liten ström appliceras på gateterminalen, möjliggör enkel kontroll av startpunkten.

Spärrström: En gång utlöst, tyristorn fortsätter att leda tills strömmen genom den faller under en viss nivå som kallas hållström.

Temperaturkänslighet: Prestanda kan påverkas av temperaturförändringar, kräver termiska hanteringsöverväganden vid design.

Spänning och strömvärden: Finns i ett brett utbud av spännings- och strömklasser för att passa olika applikationsbehov.

Bullergenerering: Kan generera elektromagnetiska störningar (EMI), kräver korrekt filtrering och skärmning i känsliga applikationer.

Skyddsmekanismer: Inkluderar ofta inbyggt skydd mot överspännings- och överströmsförhållanden för att skydda enheten och anslutna system.

(N1718NS400 SCR Thyristor for Phase Control Single Configuration)

Specification of N1718NS400 SCR Thyristor for Phase Control Single Configuration

The N1718NS400 SCR thyristor is an essential component in power systems that require phase control. It provides the ability to regulate the output voltage of the thyristor based on the current flowing through it.
One of the key specifications of the N1718NS400 SCR thyristor is its operating voltage range of 24V DC to 60V DC. This means that it can be used in a wide range of applications, from automotive electronics to industrial power supplies.
Another important specification of the N1718NS400 SCR thyristor is its switching frequency range of 50 Hz to 60 Hz. This allows it to operate efficiently and effectively, even in high-voltage applications.
The thyristor also has a built-in thermal circuit, which helps to prevent overheating during operation. The circuit provides protection against overvoltage, short circuits, and other electrical hazards.
In addition to these specifications, the N1718NS400 SCR thyristor also has a fault detection system that can detect abnormal behavior and trigger an alarm if necessary. This ensures that the thyristor operates safely and reliably.
Total, the N1718NS400 SCR thyristor is an excellent choice for applications that require precise control over the output voltage of a thyristor. Its high-performance characteristics make it well-suited for use in various industries, including automotive, industriell, and renewable energy.

(N1718NS400 SCR Thyristor for Phase Control Single Configuration)

Applications of N1718NS400 SCR Thyristor for Phase Control Single Configuration

N1718NS400 SCR Thyristors are advanced thyristors that offer improved performance and efficiency compared to traditional thyristors. They are specifically designed for use in phase control single configuration applications, where precise timing is essential.
One of the key benefits of using N1718NS400 SCR Thyristors is their ability to operate with high voltage levels. This makes them ideal for applications where the thyristor is used to control power supplies or other high-voltage systems.
Another advantage of N1718NS400 SCR Thyristors is their robust design. They are made from materials that can withstand extreme temperatures and stresses, making them suitable for use in harsh environments.
The thyristors also feature excellent resistance to magnetic fields, which means they can be used without any problem. This makes them ideal for use in applications where, such as in frequency regulation systems or other applications where stability is critical.
In addition to these features, N1718NS400 SCR Thyristors are also highly efficient. They can achieve a maximum output current of up to 200A, which means they can efficiently control large currents without sacrificing performance.
Total, N1718NS400 SCR Thyristors are an excellent choice for phase control single configuration applications. They offer improved performance, robustness, and efficiency, making them well-suited for a wide range of applications. Whether you are looking to control power supplies, motordrivningar, or other high-voltage systems, N1718NS400 SCR Thyristors are sure to meet your needs.

Företagsprofil

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) är ett av de ledande företagen inom kraftelektronikteknik och kraftprodukter, som är fullt delaktig i utvecklingen av solväxelriktare， transformatorer, spänningsregulatorer, distributionsskåp, tyristorer， moduler， dioder， värmare, och andra elektroniska enheter eller halvledare. Vi kommer att vara engagerade i att ge användarna hög kvalitet, effektiva produkter och omtänksam service.

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Transport

Till sjöss, med flyg, med express, som kunderna begär.

Förvaringsvillkor

1) Förvara i en torr miljö i rumstemperatur.

2) Undvik fukt och hög temperatur.

3) Använd omedelbart efter att den inre förpackningspåsen har öppnats.

5 FAQs of N1718NS400 SCR Thyristor for Phase Control Single Configuration

Q: What is the N1718NS400 SCR Thyristor for Phase Control Single Configuration?
A: The N1718NS400 SCR Thyristor for Phase Control Single Configuration is an essential component in controlling thyristors used in semiconductor applications, including power electronics and semiconductor manufacturing.
Q: How does the N1718NS400 SCR Thyristor work?
A: The N1718NS400 SCR Thyristor works by converting electrical current into heat, which can then be dissipated into a cooling medium such as water or air. This process of heating up the thyristor generates a vapor pressure that drives a metal oxide film on the thyristor, creating a field that opposes the flow of electric current. When the thyristor reaches its maximum temperature, it will enter into the “off” state, releasing excess heat to the environment.
Q: Can the N1718NS400 SCR Thyristor be controlled through the SCADA system?
A: Ja, the N1718NS400 SCR Thyristor can be controlled through the SCADA system by monitoring the thyristor’s temperature and voltage levels and adjusting them accordingly. This allows operators to control the thyristor’s operation in real-time and optimize performance.
Q: Is the N1718NS400 SCR Thyristor suitable for use in harsh environments?
A: The N1718NS400 SCR Thyristor is designed to withstand high temperatures and pressures, making it suitable for use in a wide range of applications. It also has a robust design and is built with materials that provide good thermal insulation, ensuring that it can operate reliably under challenging conditions.
Q: Can the N1718NS400 SCR Thyristor be used in conjunction with other thyristors?
A: Ja, the N1718NS400 SCR Thyristor can be used in conjunction with other thyristors to create more complex control systems. Till exempel, it can be used to control the thyristor output in parallel with another thyristor to create a three-phase configuration. This configuration is commonly used in renewable energy systems, where multiple thyristors are used to control the output of solar panels.
Q: Are there any additional features or benefits of using the N1718NS400 SCR Thyristor for Phase Control Single Configuration?
A: There are several additional features and benefits to using the N1718NS400 SCR Thyristor for Phase Control Single Configuration:

* It offers precise control over thyristor operation, allowing operators to fine-tune the thyristor’s performance in response to changing conditions.
* Its compact size and low cost make it an ideal choice for a variety of applications, from semiconductor manufacturing to renewable energy systems.
* It has a long lifespan and easy maintenance, reducing downtime and improving overall efficiency.

Total, the N1718NS400 SCR Thyristor for Phase Control Single Configuration is a reliable and versatile component that can help operators optimize the performance of thyristors in their systems.

(N1718NS400 SCR Thyristor for Phase Control Single Configuration)