Tiristuri Online | Semikondutturi tal-Enerġija ta 'Kwalità Għolja
PARAMETRI TAL-PRODOTT
Deskrizzjoni
Ħarsa ġenerali tat-Tiristor tal-Kontroll tal-Fażi
Tiristor ta' kontroll tal-fażi, spiss imsejħa triac jew SCR (Rettifikatur Ikkontrollat tas-Silikon) f'ċerti applikazzjonijiet, huwa apparat semikonduttur użat biex jikkontrolla l-ammont ta 'enerġija mogħtija lil tagħbija billi jaġġusta l-angolu tal-fażi li fih il-forma tal-mewġ AC titħalla twettaq. Dan il-metodu ta 'kontroll huwa magħruf bħala kontroll tal-angolu tal-fażi jew sempliċiment kontroll tal-fażi. It-tiristori tal-kontroll tal-fażi jintużaw ħafna f'diversi applikazzjonijiet li jeħtieġu regolamentazzjoni preċiża tal-enerġija elettrika, bħal dimmers tad-dawl, kontrolli tal-veloċità tal-mutur, kontrolluri tat-temperatura, u aktar.
Karatteristiċi tat-Tiristor tal-Kontroll tal-Fażi
Kontroll tal-Angolu tal-Fażi: Jippermetti l-aġġustament tal-punt tal-konduzzjoni f'kull nofs ċiklu tal-forma tal-mewġ AC, li jippermetti kontroll preċiż fuq il-qawwa medja mogħtija lit-tagħbija.
Effiċjenza Għolja: Topera b'telf minimu meta twettaq, jipprovdu kontroll effiċjenti tal-enerġija.
Konduttività bidirezzjonali (Triacs): Għal applikazzjonijiet AC, triacs jistgħu jmexxu l-kurrent fiż-żewġ direzzjonijiet, jagħmluhom adattati għall-kontroll tal-mewġ sħiħ tat-tagħbijiet AC.
Konduttività unidirezzjonali (SCRs): SCRs imexxu l-kurrent f'direzzjoni waħda biss u huma tipikament użati għall-kontroll ta 'nofs mewġ ta' tagħbijiet AC jew DC.
Bieb Triggering: Il-konduzzjoni tibda meta kurrent żgħir jiġi applikat għat-terminal tal-bieb, li jippermetti kontroll faċli tal-punt li jixgħel.
Kurrent li jwaħħal: Ladarba triggered, it-tiristor ikompli jmexxi sakemm il-kurrent minnu jaqa 'taħt ċertu livell imsejjaħ il-kurrent li jżomm.
Sensittività għat-temperatura: Il-prestazzjoni tista 'tiġi affettwata minn bidliet fit-temperatura, jeħtieġu kunsiderazzjonijiet ta’ ġestjoni termali fid-disinn.
Klassifikazzjonijiet tal-Vultaġġ u Kurrent: Disponibbli f'firxa wiesgħa ta 'klassifikazzjonijiet ta' vultaġġ u kurrent biex jissodisfaw ħtiġijiet ta 'applikazzjoni differenti.
Ġenerazzjoni tal-Ħoss: Jista 'jiġġenera interferenza elettromanjetika (IME), jeħtieġu filtrazzjoni u lqugħ xierqa f’applikazzjonijiet sensittivi.
Mekkaniżmi ta' Protezzjoni: Ħafna drabi jinkludu protezzjoni integrata kontra vultaġġ żejjed u kundizzjonijiet ta 'kurrent żejjed biex tissalvagwardja l-apparat u s-sistemi konnessi.

(Phase Control Thyristor T930N36TOF 3600V 930A SCR Thyristor Module)
Specification of Phase Control Thyristor T930N36TOF 3600V 930A SCR Thyristor Module
The Stage Control Thyristor T930N36TOF is a high-power semiconductor component made for commercial applications calling for precise phase-angle control in a/c systems. This SCR (Rettifikatur Ikkontrollat bis-Silikon) component is crafted to manage ultra-high voltage and existing levels, making it appropriate for durable equipment, power conversion systems, and grid-level framework.
** Secret Specs: **.
– ** Punteġġ tal-Vultaġġ: ** Repetitive top off-state voltage (VDRM) and recurring peak reverse voltage (VRRM) of 3600V, making certain durable performance in high-voltage environments.
– ** Klassifikazzjoni Eżistenti: ** RMS on-state present (IT( RMS)) of 930A with an average on-state current (IT( OF)) of approximately 600A, sustaining continuous high-current operations.
– ** Surge Current Capacity: ** Non-repetitive rise present (ITSM) of 14kA (10ms half-sine wave), giving resilience against transient overloads.
– ** On-State Voltage Drop: ** Low onward voltage drop (VTM) ta 1.8 V at rated present, decreasing conduction losses and boosting energy performance.
– ** Gate Trigger Criteria: ** Entrance trigger voltage (VGT) ta 1.5 V and gate trigger current (IGT) of 200mA, guaranteeing dependable turn-on with standard control circuits.
– ** Essential Price of Surge: ** High commutation (dv/dt) and existing rise (di/dt) rankings, securing versus unplanned triggering throughout voltage/current spikes.
– ** Prestazzjoni Termali: ** Junction-to-case thermal resistance (RthJC) ta 0.12 ° C/W, coupled with an operating temperature level series of -40 ° C sa +125 ° C, enabling effective warm dissipation sought after conditions.
– ** Mechanical Style: ** Kompatt, press-pack-style module with integrated placing hardware for safe and secure installment in power stacks or settings up.
** Applikazzjonijiet: **.
The T930N36TOF is suitable for motor drives, industrial heater, high-voltage rectifiers, soft beginners, u invertituri tal-enerġija rinnovabbli. Its stage control capability allows accurate policy of power flow in applications like voltage regulators, għodda tal-iwweldjar, and grip systems.
** Conveniences: **.
This thyristor module combines high obstructing voltage, rise strength, and reduced transmission losses for maximized performance in 3-phase systems. Its sturdy building ensures long-term dependability under thermal biking and mechanical anxiety, while standardized gateway drive compatibility streamlines integration. The T930N36TOF meets worldwide industry requirements for safety and efficiency, making it a functional service for energy-intensive sectors such as production, trasport, and utility-scale power monitoring.

(Phase Control Thyristor T930N36TOF 3600V 930A SCR Thyristor Module)
Applications of Phase Control Thyristor T930N36TOF 3600V 930A SCR Thyristor Module
The Phase Control Thyristor T930N36TOF is a high-power semiconductor module made for requiring industrial applications. Ranked at 3600V and 930A, this SCR (Rettifikatur Ikkontrollat tas-Silikon) masters environments calling for accurate control of large electrical loads. Its durable construction and advanced thermal management make certain dependability in high-stress procedures. Below are key applications where this thyristor component provides outstanding performance:
** Drives bil-Mutur Industrijali **: The T930N36TOF allows precise rate and torque control in high-power AC/DC electric motors used in heavy industries like steel mills, minjieri, and oil refining. By changing the stage angle of voltage, it maximizes motor efficiency, minimizes power waste, and minimizes mechanical wear throughout start-up or load modifications.
** HVDC Power Transmission **: In high-voltage straight current (HVDC) sistemi, this thyristor assists in reliable AC-to-DC and DC-to-AC conversion, making sure minimal power loss over long-distance transmission. Its 3600V ranking makes it excellent for grid interconnections and stabilizing renewable energy integration.
** Electric Grip Systems **: The module powers grip control in electric locomotives and metro systems, taking care of high-current needs for smooth velocity and regenerative stopping. Its resilience ensures consistent efficiency in fluctuating tons conditions.
** Renewable Energy Inverters **: For solar farms and wind turbines, the T930N36TOF transforms DC power to grid-compatible AC with high effectiveness. Its voltage durability sustains massive installments, making sure stable operation under variable power inputs.
** Induction Home Heating and Melting Heating Systems **: In metallurgical applications, the thyristor controls high-frequency currents for induction home heating, enabling accurate temperature control in metal creating, annealing, or smelting processes.
** Static VAR Compensation (SVC)**: The module dynamically adjusts reactive power in electrical grids, dealing with voltage changes and boosting power quality for plants and energy networks.
** Battery Energy Storage Systems (BESS)**: It manages charge/discharge cycles in high-capacity battery banks, maximizing power flow for grid back-up or sustainable storage space applications.
The T930N36TOF’s sturdy design, integrated with low thermal resistance and high rise tolerance, makes certain longevity in severe atmospheres. Its phase control capacity improves energy efficiency, minimizes harmonics, and supports automation in modern industrial systems. By delivering precise power administration at extreme voltages and currents, this thyristor component is a crucial element in advancing electrification and sustainable energy services.
Profil tal-Kumpanija
Luoyang Datang Enerġija Tech Co.Ltd(sales@pddn.com) hija waħda mill-intrapriżi ewlenin fit-teknoloġija tal-elettronika tal-enerġija u l-prodotti tal-enerġija, li hija involuta bis-sħiħ fl-iżvilupp ta 'invertituri solari, transformers, regolaturi tal-vultaġġ, kabinetti tad-distribuzzjoni, tiristuri, moduli, dajowds, ħiters, u apparat elettroniku ieħor jew semikondutturi. Aħna se nkunu impenjati li nipprovdu lill-utenti bi kwalità għolja, prodotti effiċjenti u servizz meqjus.
Jaċċetta ħlas permezz ta' Karta ta' Kreditu, T/T, Unjoni tal-Punent, u Paypal. PDDN se jibgħat il-merkanzija lill-klijenti barranin permezz ta 'FedEx, DHL, bil-baħar, jew bl-ajru. If you want high-quality Phase Control Thyristor T930N36TOF 3600V 930A SCR Thyristor Module, jekk jogħġbok ibgħatilna inkjesti; aħna se nkunu hawn biex ngħinuk.
Metodi ta' Ħlas
L/C, T/T, Unjoni tal-Punent, Paypal, Karta tal-Kreditu eċċ.
Ġarr bil-baħar
Bil-baħar, bl-ajru, bl-espress, kif jitolbu l-klijenti.
Kundizzjonijiet tal-Ħażna
1) Aħżen f'ambjent niexef f'temperatura tal-kamra.
2) Evita temperatura niedja u għolja.
3) Uża immedjatament wara li tiftaħ il-borża tal-ippakkjar ta 'ġewwa.
5 FAQs of Phase Control Thyristor T930N36TOF 3600V 930A SCR Thyristor Module
The T930N36TOF Phase Control Thyristor is a high-power SCR module designed for industrial applications requiring precise AC power control. Here are five frequently asked questions and their answers:
**1. What are the key electrical specifications of the T930N36TOF?**
The T930N36TOF has a repetitive peak off-state voltage (VDRM) of 3600V and an average forward current (ITAV) of 930A, making it suitable for high-voltage, high-current applications. It features a surge current capability (I²t) ta 2.2 million A²s, ensuring resilience against short-term overloads. The gate trigger current (IGT) is 300mA, enabling reliable switching with standard control circuits.
**2. What applications is this thyristor module designed for?**
This SCR module is ideal for phase control in industrial systems such as motor drives, starters artab, power regulators, and high-voltage rectifiers. It is commonly used in industries like metal processing, invertituri tal-enerġija rinnovabbli, and traction systems where precise AC voltage or current regulation is critical.
**3. How should the T930N36TOF be installed and cooled?**
Proper mounting on a heatsink with thermal grease is essential to minimize thermal resistance. The module requires forced-air or liquid cooling to maintain junction temperatures below 125°C. Ensure uniform pressure during installation using recommended torque settings to avoid mechanical stress on the semiconductor die.
**4. What protection features are integrated into the module?**
The T930N36TOF includes a built-in snubber circuit to suppress voltage spikes during switching. Għall-protezzjoni esterna, users should incorporate overvoltage clamping devices (like MOVs) and fast-acting fuses to guard against short circuits. Thermal sensors or relays are recommended to monitor heatsink temperature and prevent overheating.
**5. What is the expected operational lifespan under rated conditions?**
When operated within specified limits (including derating for temperature and voltage), the module offers a lifespan exceeding 100,000 sigħat. Reliability is enhanced by avoiding excessive voltage/current stress, maintaining stable cooling, and ensuring clean, dry operating conditions to prevent contamination. Periodic inspection of connections and cooling systems is advised for longevity.

(Phase Control Thyristor T930N36TOF 3600V 930A SCR Thyristor Module)
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