thyristor I accessoriesixys high frequency thyristor MCC21-12i01B

Panoramica dei tiristori ad alta frequenza

I tiristori ad alta frequenza sono dispositivi semiconduttori specializzati progettati per funzionare a frequenze più elevate rispetto ai tiristori convenzionali. Sono utilizzati in applicazioni che richiedono una commutazione rapida, come il riscaldamento ad alta frequenza, controllo motorio, e alimentatori. Questi dispositivi sono in grado di gestire una potenza elettrica significativa fornendo allo stesso tempo prestazioni di commutazione efficienti e affidabili a frequenze che si estendono oltre il tipico intervallo operativo dei tiristori standard.

Caratteristiche dei tiristori ad alta frequenza

Alta velocità di commutazione: In grado di funzionare a frequenze molto più elevate rispetto ai tiristori tradizionali, rendendoli adatti per applicazioni a commutazione rapida.

Gestione efficiente della potenza: Progettato per gestire una notevole potenza elettrica con perdite minime durante le operazioni di commutazione.

Corrente di trigger del gate bassa: Richiedono meno corrente per attivare l'azione di commutazione, migliorare l’efficienza e ridurre la generazione di calore.

Costruzione robusta: Costruito per resistere ad ambienti difficili e stress termici, garantendo un funzionamento affidabile nel tempo.

Dimensioni compatte: Offrono un ingombro ridotto rispetto alle controparti a frequenza più bassa, il che è vantaggioso per i design compatti.

Capacità dv/dt migliorata: Capacità migliorata di gestire rapidi cambiamenti di tensione senza accensioni spurie, contribuendo a un funzionamento più stabile.

EMI ridotta: Minori interferenze elettromagnetiche grazie al design ottimizzato, che è fondamentale per le applicazioni sensibili.

Applicazioni versatili: Adatto per una vasta gamma di settori, compreso quello automobilistico, automazione industriale, telecomunicazioni, e sistemi di energia rinnovabile.

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Specification of thyristor I accessoriesixys high frequency thyristor MCC21-12i01B

The MCC21-12i01B is a high-frequency thyristor from IXYS (now component of Littelfuse), made for fast-switching applications calling for robust efficiency and reliability. It is optimized for high-frequency operations, making it appropriate for usage in inverters, induction heating unit, power products, and pulse circuits. The thyristor includes a compact, tough building, making sure effective thermal management and longevity under demanding problems.

** Secret Specifications: **.
– ** Voltage Scores: ** Repetitive top off-state voltage (VDRM) e tensione inversa (VRRM) Di 1200 V, enabling use in medium-to-high voltage circuits.
– ** Current Rankings: ** Typical forward existing (ITAV) Di 21 UN, with a surge present (ITSM) Di 220 UN (non ripetitivo), supporting high-power transient handling.
– ** Gate Trigger Criteria: ** Low gateway trigger present (IGT) Di 50 mA and entrance trigger voltage (VGT) Di 1.5 V, making certain easy and precise control.
– ** Changing Features: ** Quick turn-off time (tq) Di 15 µs (tipico), important for high-frequency switching approximately a number of kHz. Reduced holding existing for fast commutation.
– ** Prestazioni termiche: ** Bassa resistenza termica (Rth junction-to-case) Di 0.7 ° C/W, helping with reliable warm dissipation. Operating junction temperature level range of -40 ° C a +125 °C.
– ** Bundle: ** Industry-standard TO-220AB insulated plan, offering mechanical stability and streamlined mounting. Electrically isolated baseplate enhances safety in high-voltage arrangements.

** Applicazioni: ** Perfect for high-frequency inverters, induction home heating, uninterruptible power products (UPS), and electric motor drives. Its fast switching reduces energy loss, boosting system performance. The gadget is built to endure voltage spikes and thermal stress, ensuring longevity in industrial settings.

** Conformità: ** Meets international standards for dependability and safety, consisting of RoHS compliance. The MCC21-12i01B combines IXYS’s legacy of high-performance semiconductor layout with contemporary needs for energy effectiveness and compactness, making it a functional selection for sophisticated power electronics systems. For optimum performance, make certain proper heatsinking and adhere to suggested entrance drive problems in the datasheet.

(thyristor I accessoriesixys high frequency thyristor MCC21-12i01B)

Applications of thyristor I accessoriesixys high frequency thyristor MCC21-12i01B

The IXYS High Frequency Thyristor MCC21-12i01B is a robust semiconductor gadget created for high-speed switching applications, using exceptional performance sought after environments. This thyristor integrates quick switching over capabilities with high voltage and existing handling, making it suitable for systems needing accurate control and efficiency. With a reverse obstructing voltage of 1200V and an ordinary present rating of 21A, it is engineered to take care of high-frequency operations while decreasing power losses. Its low turn-on and turn-off times make certain fast reaction, vital for applications where timing and power performance are extremely important.

A main application of the MCC21-12i01B remains in ** induction heater **, where high-frequency changing is essential for creating magnetic fields to heat conductive materials successfully. Its capacity to operate at raised regularities enables exact temperature control in industrial processes like metal solidifying, saldatura, or brazing.

In ** switch-mode power products (SMPS)**, this thyristor boosts energy conversion efficiency by enabling high-frequency changing, minimizing part size and heat dissipation. It is also commonly used in ** motor control circuits ** for industrial machinery, offering trusted switching in variable frequency drives (VFD) to control motor rate and torque.

The MCC21-12i01B masters ** clinical equipment ** such as MRI machines and X-ray generators, where steady high-frequency procedure makes sure precise imaging and individual safety and security. Inoltre, it is employed in ** RF and plasma generation systems ** for interaction gadgets, clinical instrumentation, and semiconductor production, delivering regular performance under high-stress problems.

Renewable resource systems, consisting of ** inverter solari ** E ** wind generator converters **, take advantage of its ability to manage high voltages and currents while keeping effectiveness throughout power conversion. Its tough construction and thermal security make it appropriate for ** pulsed power applications ** like laser chauffeurs and pulse-forming networks, where fast power discharge is important.

Engineered for reliability, the MCC21-12i01B includes reduced transmission losses and durable rise handling, making certain longevity in commercial, business, and automotive settings. Its portable layout and compatibility with contemporary air conditioning services even more boost its adaptability throughout diverse high-frequency applications, solidifying its function as a functional part in advanced power electronic devices.

Profilo Aziendale

Luoyang Datang Energy Tech 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 thyristor I accessoriesixys high frequency thyristor MCC21-12i01B, 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 thyristor I accessoriesixys high frequency thyristor MCC21-12i01B

What are the primary applications of the IXYS MCC21-12i01B high-frequency thyristor? The MCC21-12i01B is designed for high-frequency switching in applications like RF circuits, riscaldamento ad induzione, plasma generation, medical equipment, and pulsed power systems. Its fast switching capability and high voltage tolerance make it ideal for environments requiring precise control and rapid energy delivery.

What voltage and current ratings does the MCC21-12i01B support? Questo tiristore ha una tensione di picco ripetitiva nello stato off (VDRM) di 1200 V e una corrente di stato media (ITAV) of 21A. It can handle peak forward surge currents (ITSM) up to 220A for short durations, ensuring reliability during transient overloads. The device is optimized for high-frequency operation while maintaining robust performance under demanding electrical conditions.

How does the switching speed of the MCC21-12i01B compare to standard thyristors? The MCC21-12i01B features ultra-fast switching with a typical turn-on time (tgt) of 1µs and a turn-off time (tq) di 15μs, significantly faster than conventional thyristors. This enables efficient operation in high-frequency circuits, minimizing energy loss and heat generation. Its low gate trigger current (IGT) further enhances switching precision.

What thermal management considerations are required for this thyristor? Proper heatsinking is critical due to its maximum junction temperature (Tjmax) di 125°C. The thyristor’s low thermal resistance (RthJA) of 0.45°C/W ensures effective heat dissipation when mounted on a suitable heatsink. Designers should ensure adequate airflow or cooling mechanisms to maintain optimal performance and longevity in high-power applications.

Is the MCC21-12i01B suitable for harsh environments? SÌ, it is built to withstand industrial and automotive environments with high electrical noise and temperature fluctuations. The device meets stringent reliability standards, including UL certification, and features a robust silicon construction resistant to voltage spikes and thermal stress. Its hermetically sealed package enhances durability in moisture-prone or corrosive conditions.

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