Industrial Controls High Current Scr Gate Turn Off Thyristor SW20CXC565

Desaktibazio azkarraren tiristorearen ikuspegi orokorra (GTO)

Tiristorea itzaltzeko azkar bat, normalean Gate Turn-Off tiristorea deritzo (GTO), Bere atearen seinalearen bidez piztu eta itzal daitekeen erdieroaleen gailu mota bat da. Tiristore estandarrak ez bezala, ate-seinale baten bidez bakarrik aktibatu daitekeena eta haietatik igarotzen den korrontea atalase jakin baten azpitik murriztuz itzali daiteke. (korronte eusten), GTOak aktiboki desaktibatu daitezke ate-pultsu negatiboa aplikatuz. Gaitasun honek gailuaren aldatze-portaeraren kontrol zehatzagoa ahalbidetzen du.
GTOak potentzia handiko aplikazioetan erabiltzen dira, esate baterako, motordun gailuetan, elikatze iturriak, eta inbertsoreak, non korronte handien etenketa azkar eta kontrolatua errazten duten. Beste transistore mota gehienek baino korronte eta tentsio altuagoetan funtzionatzen dute, industria- eta merkataritza-aplikazio astunetarako egokiak bihurtuz.

Desaktibazio azkarraren tiristorearen ezaugarriak (GTO)

Itzaltzeko gaitasuna aktiboa: Desaktibatu daiteke ate-pultsu negatiboa aplikatuz, aldaketen gaineko kontrol hobea eskainiz.
Potentzia handiko manipulazioa: Potentzia maila altuak kudeatzeko gai, sarritan ohiko tiristoreak gainditzen dituzten balorazioekin.
Aldaketa azkarra: Pizteko eta itzaltzeko denbora azkarrerako diseinatua, potentzia bihurtzeko zirkuituetan funtzionamendu eraginkorra ahalbidetuz.
Korronte Ahalmen Handia: Korronte esanguratsuak maneiatzeko gai da, potentzia handia behar duten aplikazioetarako aproposa bihurtuz.
Tentsio handiko tolerantzia: Tentsio altuak jasan ditzake, ingurune zorrotzetan haien fidagarritasunari lagunduz.
On-Estatuko tentsio jaitsiera baxua: Potentzia galera murrizten du eroalean, eraginkortasun orokorra hobetzea.
Gate Drive Baldintzak: Atez ateko zirkuituen diseinu zaindua eskatzen du pizteko eta itzaltzeko eragiketa fidagarriak bermatzeko.
Kontrol-zirkuitu konplexuak: Ate pultsu positibo zein negatiboen beharra dela eta, kontrol-zirkuituak konplexuagoak izan daitezke tiristore sinpleagoekin alderatuta.
Snubber zirkuituak: Sarritan snubber-zirkuituak behar dira kommutazio garaian tentsio-puntetatik babesteko.
Kudeaketa Termikoa: Beroaren xahupen eraginkorra ezinbestekoa da inplikatutako potentzia-maila handia dela eta.

(Industrial Controls High Current Scr Gate Turn Off Thyristor SW20CXC565)

Specification of Industrial Controls High Current Scr Gate Turn Off Thyristor SW20CXC565

The SW20CXC565 is a high-current Entrance Turn-Off Thyristor (GTO) created for industrial control applications needing robust switching abilities and specific control over high-power circuits. This tool incorporates high voltage handling, outstanding current ability, and trustworthy turn-off performance, making it suitable for requiring settings such as electric motor drives, power converters, and power monitoring systems.

** Trick Specifications: **.
– ** Voltage Scores: ** The SW20CXC565 features a repeated peak off-state voltage (V_DRM) of 5600V and a reverse blocking voltage (V_RRM) of 5600V, making sure trusted operation in high-voltage circuits.
– ** Present Handling: ** It sustains an ordinary on-state present (I_TAV) of 2000A and a rise existing (I_TSM) de 20,000 A, enabling it to handle severe lots conditions and transient overloads.
– ** Gate Qualities: ** The gate trigger existing (I_GT) is 300mA, with a gate trigger voltage (V_GT) de 3.5 V, offering efficient turn-on control. The turn-off gain is maximized for minimal gate drive power throughout turn-off operations.
– ** Changing Efficiency: ** With a turn-off time (t_q) of 25µs and an important price of rise of off-state voltage (dv/dt) 1000V/ µs-koa, the gadget makes certain quickly and reputable switching without incorrect triggering.
– ** Thermal Qualities: ** The thyristor runs within a junction temperature series of -40 °C to +125 °C. Its thermal resistance (R_θJC) da 0.03 °C/W, helping with reliable heat dissipation in high-power applications.
– ** Mechanical Layout: ** Housed in a press-pack or module-style package, the SW20CXC565 is built for easy combination right into industrial systems. It consists of anti-parallel diode alternatives for bidirectional existing circulation in details setups.

** Aplikazioak: ** Ideal for high-power rectification, AC/DC motor drives, HVDC systems, eta baliabide berriztagarrien inbertsoreak. Its rugged building and construction makes certain durability in severe commercial settings, including mining, steel production, and grid framework.

** Ziurtagiriak: ** Compliant with worldwide criteria for security and performance, consisting of IEC and UL accreditations. The SW20CXC565 highlights dependability, errendimendua, eta bizitza luzea, making it an essential component in systems calling for precise control of high-current and high-voltage procedures.

(Industrial Controls High Current Scr Gate Turn Off Thyristor SW20CXC565)

Applications of Industrial Controls High Current Scr Gate Turn Off Thyristor SW20CXC565

The Industrial Controls High Current SCR Gateway Shut Off Thyristor SW20CXC565 is a durable semiconductor device developed for demanding commercial settings where precise control of high-power circuits is important. This GTO (Atea Itzali) thyristor integrates high current handling capacities with the capacity to switch off using an entrance signal, making it suitable for applications requiring fast switching and reliable performance under hefty lots.

In industrial motor drives, the SW20CXC565 masters variable speed control systems, allowing reliable operation of electric motors in automation, robotika, and hefty machinery. Its high current capacity ensures smooth torque law and energy financial savings in processes like conveyor systems or CNC machines. For power conversion, this thyristor is important to HVDC (High-Voltage Direct Current) transmission systems, helping with effective AC/DC and DC/AC conversion with minimal losses. It also supports Uninterruptible Power Material (UPS) by keeping steady power circulation during failures.

Renewable resource systems gain from the SW20CXC565 in solar and wind inverters, where it transforms DC from panels or generators into grid-compatible air conditioning. Its fast changing decreases power loss, improving system effectiveness. Etxeko berogailu komertzialean, the thyristor handles high currents for induction home heating and welding equipment, guaranteeing specific temperature control in metal handling or plastic molding.

Transport applications consist of electrical lorry (EV) grip systems and railway electrification, where it regulates power shipment to motors and overhanging lines. The gadget’s rugged style stands up to voltage spikes and thermal anxiety in rail or EV billing infrastructure. Gainera, it sustains grid stability in STATCOMs (Fixed Synchronous Compensators), dynamically adjusting reactive power to avoid failures.

The SW20CXC565’s gateway turn-off ability enables superior control over conventional SCRs, decreasing circuit complexity and improving action times. Its toughness in high-temperature, high-vibration settings makes certain long-lasting dependability. By allowing effective power management throughout sectors– from manufacturing to renewable resource– this thyristor is a cornerstone of modern-day industrial automation and energy-efficient systems.

Enpresaren profila

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) potentzia elektronikako teknologian eta potentzia produktuetan enpresa nagusietako bat da, eguzki-inbertsoreak garatzen guztiz parte hartzen duena， transformadoreak, tentsio-erreguladoreak, banaketa armairuak, tiristoreak， moduluak， diodoak， berogailuak, eta beste gailu elektroniko edo erdieroale batzuk. Erabiltzaileei kalitate handikoa eskaintzeko konpromisoa hartuko dugu, produktu eraginkorrak eta arreta zaindua.

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Biltegiratzeko baldintzak

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2) Saihestu hezetasuna eta tenperatura altua.

3) Erabili barruko poltsa ireki eta berehala.

5 FAQs of Industrial Controls High Current Scr Gate Turn Off Thyristor SW20CXC565

The SW20CXC565 is a high-current gate turn-off (GTO) thyristor designed for industrial control applications requiring robust switching and precise power management. Below are five frequently asked questions about this component:

**1. What are the key specifications of the SW20CXC565 GTO thyristor?**
The SW20CXC565 is rated for a maximum repetitive blocking voltage of 5.6 kV and an average forward current of 20 du. It features a gate turn-off capability, allowing direct control over the thyristor’s turn-off process without relying on external commutation circuits. Its rugged design ensures reliability in high-stress environments.

**2. What applications is the SW20CXC565 best suited for?**
This GTO thyristor is ideal for high-power industrial systems such as motor drives, traction controls, high-voltage DC transmission, and pulsed power supplies. It excels in scenarios requiring rapid switching, high surge current handling, and efficient thermal performance under continuous operation.

**3. How does the gate turn-off feature improve system performance?**
Unlike conventional SCRs, the gate turn-off function enables active control of the device’s turn-off timing. This reduces energy losses, minimizes electromagnetic interference (EMI), and enhances system efficiency by eliminating the need for complex forced commutation circuits. It also allows for faster switching cycles in dynamic load conditions.

**4. What cooling or thermal management is required for this thyristor?**
Due to its high-current operation, the SW20CXC565 generates significant heat. Proper thermal management is critical, typically involving liquid cooling or forced-air heat sinks. The device includes integrated thermal protection features, but external monitoring systems are recommended to prevent overheating and ensure operational longevity.

**5. Are there any special considerations for gate drive circuitry?**
Bai. The gate driver must deliver a high-intensity negative pulse (typically -20V to -30V) with a steep rise time to ensure reliable turn-off. The gate current should exceed 200 mA during the turn-off phase to overcome charge storage effects. Robust isolation and noise immunity are also essential to avoid unintended triggering in electrically noisy environments.

The SW20CXC565 combines high-power handling with advanced control, making it a versatile solution for demanding industrial systems. Always refer to the datasheet for precise operating conditions and consult technical support for application-specific integration guidance.

(Industrial Controls High Current Scr Gate Turn Off Thyristor SW20CXC565)