Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

Panoramica del tiristore a controllo di fase

Un tiristore di controllo di fase, spesso indicato come triac o SCR (Raddrizzatore controllato al silicio) in determinate applicazioni, è un dispositivo a semiconduttore utilizzato per controllare la quantità di potenza erogata a un carico regolando l'angolo di fase al quale la forma d'onda CA può condurre. Questo metodo di controllo è noto come controllo dell'angolo di fase o semplicemente controllo di fase. I tiristori a controllo di fase sono ampiamente utilizzati in varie applicazioni che richiedono una regolazione precisa della potenza elettrica, come i dimmer di illuminazione, controlli della velocità del motore, termoregolatori, e altro ancora.

Caratteristiche del tiristore a controllo di fase

Controllo dell'angolo di fase: Consente la regolazione del punto di conduzione all'interno di ciascun semiciclo della forma d'onda CA, consentendo un controllo preciso sulla potenza media erogata al carico.

Alta efficienza: Funziona con perdite minime durante la conduzione, fornendo un controllo efficiente della potenza.

Conduttività bidirezionale (Triac): Per applicazioni CA, i triac possono condurre la corrente in entrambe le direzioni, rendendoli adatti al controllo a onda intera di carichi CA.

Conduttività unidirezionale (SCR): Gli SCR conducono la corrente solo in una direzione e vengono generalmente utilizzati per il controllo a semionda di carichi CA o CC.

Attivazione del cancello: La conduzione inizia quando una piccola corrente viene applicata al terminale del gate, consentendo un facile controllo del punto di accensione.

Corrente di ritenuta: Una volta attivato, il tiristore continua a condurre finché la corrente che lo attraversa non scende al di sotto di un certo livello chiamato corrente di mantenimento.

Sensibilità alla temperatura: Le prestazioni possono essere influenzate dai cambiamenti di temperatura, che richiedono considerazioni sulla gestione termica nella progettazione.

Valori nominali di tensione e corrente: Disponibili in un'ampia gamma di tensioni e correnti nominali per soddisfare le diverse esigenze applicative.

Generazione di rumore: Può generare interferenze elettromagnetiche (EMI), che necessitano di filtraggio e schermatura adeguati in applicazioni sensibili.

Meccanismi di protezione: Spesso includono una protezione integrata contro le condizioni di sovratensione e sovracorrente per salvaguardare il dispositivo e i sistemi collegati.

(Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications)

Specification of Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

The Original Energy Semiconductor 5STP10D1601 is a high-power SCR thyristor TRIAC made for stage control in 6500V rectifier systems. It serves inverter applications requiring precise voltage policy. The device deals with high surge currents. It ensures dependable performance sought after commercial settings. The thyristor includes an obstructing voltage of 6500V. This makes it suitable for high-voltage rectifier configurations. Its average on-state existing reaches 10A. The recurring off-state voltage is 1600V. These specifications support stable operation in circuits with rapid changing.

The 5STP10D1601 utilizes advanced semiconductor innovation. This enhances thermal stability. It decreases power loss during operation. The layout consists of a tough silicon framework. This improves durability under mechanical stress and anxiety. The thyristor runs successfully throughout a temperature level series of -40 ° C a +125 °C. It preserves regular efficiency in severe conditions. The low thermal resistance of the package ensures warmth dissipates swiftly. This avoids getting too hot throughout long term usage.

Stage control is a key feature. The thyristor adjusts power flow in air conditioning systems. It makes it possible for specific policy of motor speeds. It likewise handles heating elements in industrial devices. The TRIAC structure permits bidirectional current circulation. This simplifies circuit layout for a/c applications. The gadget includes a gateway trigger circuit maximized for fast action. It lessens hold-ups in changing procedures.

The 5STP10D1601 is excellent for inverter-based systems. These include motor drives, power products, and renewable resource converters. Its high voltage score sustains grid-tied inverters. The thyristor’s robust building resists electric noise. This makes certain trusted procedure in atmospheres with disturbance. Designers trust it for crucial applications requiring long-term stability.

Setup complies with conventional mounting techniques. Correct warmth sinking is required. Customers need to abide by voltage and current limitations. Compliance with security standards is mandatory. The gadget undergoes rigorous testing. This warranties efficiency matches datasheet cases.

The thyristor’s portable layout saves room in control panels. It incorporates smoothly with existing rectifier configurations. Upkeep demands are marginal. Routine inspections make sure links stay safe and secure. Cleansing the terminals protects against corrosion. This extends the product’s life expectancy.

Initial Power Semiconductor supplies technological assistance for integration difficulties. The 5STP10D1601 fulfills global accreditations for commercial parts. It is widely made use of in power electronic devices. Its reliability makes it a favored selection for engineers.

(Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications)

Applications of Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

The Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC is made for phase control in high-voltage rectifier systems. It sustains inverter applications needing stable power management up to 6500V. This component deals with high present and voltage levels successfully. Its framework ensures dependable switching and marginal energy loss throughout operation.

This thyristor is suitable for commercial inverters used in motor drives, power materials, and renewable resource systems. The phase control feature allows accurate modification of power output. This modification is vital for keeping consistent efficiency in variable-load conditions. The gadget’s high voltage ranking makes it ideal for heavy-duty rectification tasks.

In rectifier arrangements, the 5STP10D1601 transforms air conditioning to DC with high accuracy. The TRIAC feature allows bidirectional current circulation. This ability streamlines circuit style in three-phase systems. Designers benefit from minimized part count and reduced system complexity. The thyristor’s durable building makes certain toughness in high-temperature environments.

Thermal administration is a crucial advantage. The part dissipates warmth successfully under continuous procedure. This lowers the danger of overheating in densely stuffed inverter units. Lasting dependability is improved with innovative product design. Upkeep requirements are decreased even in demanding applications.

Security functions consist of overvoltage and overcurrent protection. These safeguards prevent damages to linked equipment. The thyristor reacts promptly to fault conditions. This responsiveness makes sure system security throughout voltage spikes or brief circuits.

Combination right into existing inverter styles is uncomplicated. The 5STP10D1601 works with typical control modules. Retrofitting older systems with this thyristor improves performance without major redesigns. Its compact size conserves room in electric enclosures.

Efficiency testing verifies constant operation across a vast temperature level range. The device fulfills worldwide criteria for high-voltage power components. Industrial users rely upon its precision in vital applications like grid-tied solar inverters and industrial electric motor controllers.

The 5STP10D1601 resolves the growing need for effective high-voltage rectification. Its layout focuses on both power handling and control versatility. Industries requiring stable DC output in harsh conditions benefit from its sturdy develop. Operational prices are lowered via lowered energy waste and extended service life.

Profilo Aziendale

PDDN Photoelectron Technology Co., Ltd.(vendite@pddn.com) è una delle aziende leader nella tecnologia dell'elettronica di potenza e nei prodotti energetici, che è pienamente coinvolta nello sviluppo di inverter solari， trasformatori, regolatori di tensione, armadi di distribuzione, tiristori， moduli， diodi， riscaldatori, e altri dispositivi elettronici o semiconduttori. Ci impegneremo a fornire agli utenti prodotti di alta qualità, prodotti efficienti e servizio premuroso.

Accetta il pagamento tramite Carta di Credito, T/T, Unione occidentale, e Paypal. PDDN spedirà la merce ai clienti all'estero tramite FedEx, DHL, via mare, o per via aerea. If you want high-quality Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications, vi preghiamo di inviarci richieste; saremo qui per aiutarti.

Metodi di pagamento

L/C, T/T, Unione occidentale, PayPal, Carta di credito ecc.

Spedizione

Via mare, per via aerea, per espresso, come richiedono i clienti.

Condizioni di conservazione

1) Conservare in un ambiente asciutto a temperatura ambiente.

2) Evitare l'umidità e le alte temperature.

3) Utilizzare immediatamente dopo aver aperto la confezione interna.

5 FAQs of Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

The Original Energy Semiconductor 5STP10D1601 is an SCR Thyristor TRIAC designed for phase control in 6500V rectifiers used in inverter systems. Below are five common questions about this device.

What is the main use of the 5STP10D1601? It handles high-power phase control in industrial inverters. The device manages current flow in circuits requiring precise voltage regulation. It supports applications like motor drives, alimentatori, and heavy-duty rectifiers.

What voltage and current ratings does it have? The thyristor operates at up to 6500V blocking voltage. It handles repetitive peak off-state voltage up to 1600V. The average on-state current is 10A. These specs make it suitable for high-voltage systems needing stable performance under stress.

How does it improve inverter efficiency? The SCR Thyristor minimizes power loss during switching. It maintains consistent conduction even under high temperatures. This reduces energy waste. The design ensures reliable operation in demanding environments.

Can it work with different control systems? SÌ. The TRIAC structure allows compatibility with standard phase control circuits. It integrates with analog or digital triggering methods. Users can adjust timing and voltage levels based on specific needs.

Quale gestione termica è richiesta? Proper heat sinking is critical. The device can withstand junction temperatures up to 125°C. A heatsink or cooling system must dissipate heat during continuous operation. This prevents overheating and extends component lifespan.

Is the 5STP10D1601 reliable for long-term use? The thyristor is built for industrial durability. It undergoes rigorous testing for thermal cycling and voltage stress. The robust construction ensures stable performance over thousands of operating hours.

(Original Energy Semiconductor 5STP10D1601 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications)