Original Energy Semiconductor 5SGA20H2501 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

Mhedziso yePase Kudzora Thyristor

A phase control thyristor, inowanzonzi triac kana SCR (Silicon Controlled Rectifier) mune mamwe maapplication, is a semiconductor mudziyo unoshandiswa kudzora huwandu hwesimba rinounzwa kumutoro nekugadzirisa chikamu chekona iyo iyo AC waveform inotenderwa kuita.. Iyi nzira yekudzora inozivikanwa se phase angle control kana kungoti phase control. Phase control thyristors inoshandiswa zvakanyanya mumashandisirwo akasiyana-siyana anoda kunyatsogadziriswa kwesimba remagetsi, zvakadai semagetsi ekuvhenekera, mota kumhanya zvinodzora, tembiricha controllers, nezvimwe.

Zvimiro zvePhase Kudzora Thyristor

Phase Angle Control: Inobvumira kugadziriswa kweiyo conduction point mukati mehafu-kutenderera kweiyo AC waveform, kugonesa kutonga kwakanyatso pamusoro peavhareji simba rinounzwa kumutoro.

Kubudirira Kwepamusoro: Inoshanda nekurasikirwa kushoma pakuitisa, kupa hutongi hwesimba hunobudirira.

Bidirectional Conductivity (Triacs): Zvekushandisa AC, triacs inogona kuitisa ikozvino mumativi ese, zvichiita kuti dzive dzakakodzera kuzere-wave kutonga kwe AC mitoro.

Unidirectional Conductivity (SCRs): MaSCR anoitisa ikozvino mune imwe nzira chete uye anowanzo shandiswa hafu-wave kutonga kweAC kana DC mitoro.

Gate Triggering: Kuitisa kunotanga kana diki ikozvino yaiswa kune gedhi terminal, kubvumira kudzora kuri nyore kweiyo-turn-on point.

Latching Current: Kamwe yakakonzerwa, iyo thyristor inoramba ichiita kusvikira ikozvino kuburikidza nayo inowira pasi peimwe nhanho inonzi kubata ikozvino.

Tembiricha Sensitivity: Kuita kunogona kukanganiswa nekushanduka kwekushisa, inoda kutariswa kwekudziya kwemafuta mukugadzira.

Voltage uye Current Ratings: Inowanikwa muhuwandu hwakawanda hwemagetsi uye ikozvino ratings kuti ienderane nezvinodiwa zvakasiyana zvekushandisa.

Noise Generation: Inogona kugadzira electromagnetic interference (EMI), zvinoda kusefa nekudzivirira kwakaringana mumaapplication akasimba.

Dziviriro Nzira: Kazhinji inosanganisira yakavakirwa-mukati kudzivirira kubva overvoltage uye overcurrent mamiriro kuchengetedza mudziyo uye akabatana masisitimu.

(Original Energy Semiconductor 5SGA20H2501 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications)

Specification of Original Energy Semiconductor 5SGA20H2501 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

The Original Power Semiconductor 5SGA20H2501 is a high-power SCR thyristor made for phase control in demanding industrial applications, specifically 6500V rectifiers made use of in inverter systems. This robust element makes certain specific power policy, reliable changing, and reliable performance in high-voltage settings. Its advanced design satisfies sectors requiring stable and efficient power conversion, such as renewable resource, industrial electric motor drives, and heavy-duty electrical framework.

** Key Specs: **.
– ** Voltage Ratings: ** The thyristor includes a repetitive optimal reverse voltage (Vrrm) and ahead blocking voltage (Vdrm) of 6500V, making certain toughness in high-voltage rectifier circuits.
– ** Existing Handling: ** With a typical forward existing (IT( AV)) of 2000A and a rise existing (ITSMM) ability of as much as 20kA, it sustains heavy-load procedures and short-term overloads.
– ** Gateway Trigger Parameters: ** An entrance trigger present (Igt) of 200mA and gateway trigger voltage (Vgt) of 3V allow efficient control with very little drive circuit complexity.
– ** Thermal Efficiency: ** Junction-to-case thermal resistance (Rthjc) ndizvo 0.05 ° C/W, paired with an optimum operating junction temperature level of 125 °C, ensuring warmth dissipation in high-power scenarios.
– ** Plan: ** Housed in a press-pack module, it supplies mechanical stability and smooth assimilation right into cooling systems for optimal thermal management.
– ** Compliance: ** Fulfills global criteria, consisting of IEC, UL, and RoHS, making certain safety and security and ecological compatibility.

** Applications: **.
Suitable for 6500V rectifiers in inverter-based systems, this thyristor is matched for commercial motor control, electrical automobile charging stations, renewable energy converters (wind/solar), and high-voltage DC transmission. Its stage control capacity enables accurate change of power output, boosting efficiency in variable-load environments.

** Perks: **.
The 5SGA20H2501 masters dependability under severe electric and thermal anxiety, using low conduction losses and rapid changing. Its tough building and construction guarantees longevity in harsh conditions, reducing maintenance prices. By making it possible for accurate power modulation, it improves power effectiveness and system responsiveness, making it a crucial part for contemporary high-voltage power electronic devices.

Engineered for efficiency and longevity, this SCR thyristor is a keystone modern technology for sectors prioritizing effectiveness, scalability, and operational security in high-power inverter and rectifier applications.

(Original Energy Semiconductor 5SGA20H2501 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications)

Applications of Original Energy Semiconductor 5SGA20H2501 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

The Original Power Semiconductor 5SGA20H2501 is a high-voltage SCR (Silicon-Controlled Rectifier) and TRIAC (Triode for Alternating Current) thyristor designed for stage control in demanding 6500V rectifier systems, especially within inverter applications. Engineered for accuracy and toughness, this element masters atmospheres calling for durable power administration, reliable energy conversion, and trustworthy performance under severe electrical and thermal tension. Its 6500V obstructing voltage capability makes it perfect for high-power commercial and commercial systems where voltage security and control are essential.

** Key Applications **.
The 5SGA20H2501 is widely made use of in inverter-based systems that transform DC power to adjustable a/c output, such as electric motor drives for hefty machinery, renewable energy inverters (solar/wind), and high-voltage DC (HVDC) transmission infrastructure. In rectifier circuits, it allows precise phase-angle control to regulate result voltage and present, making certain smooth power shipment to downstream inverters. This is vital for applications like electric automobile billing stations, traction systems in railways, and grid-tied energy storage services. Its ability to deal with high surge currents and reverse voltage stopping also makes it appropriate for arc furnaces, welding zvishandiso, and uninterruptible power products (UPS).

** Technical Advantages **.
With a tough layout maximized for 6500V operation, the 5SGA20H2501 minimizes switching losses and takes full advantage of thermal performance, even in high-frequency changing situations. The gadget sustains specific gate triggering, allowing fine-tuned phase control to maximize power element adjustment and harmonic decrease. Its reduced gateway drive needs streamline control wiring, reducing system intricacy. Advanced thermal administration makes sure stable efficiency in extreme temperature levels, prolonging operational lifespan in rough industrial settings.

** Advantages for Inverter Equipments **.
By incorporating this thyristor right into rectifier-inverter arrangements, individuals attain boosted power performance, decreased electromagnetic disturbance (EMI), and boosted system integrity. Its high voltage tolerance and surge strength protect delicate components from transients, while its small design supports space-constrained setups. Whether in clever grids, industrial automation, or renewable resource projects, the 5SGA20H2501 provides the precision and longevity required for contemporary high-voltage power conversion, making it a keystone of reliable, scalable inverter applications.

Profile yekambani

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) ndeimwe yemabhizinesi anotungamira mumagetsi emagetsi tekinoroji uye zvigadzirwa zvemagetsi, iyo inobatanidzwa zvizere mukugadzira solar inverters， transformers, voltage regulators, kugovera makabati, thyristors， modules， diodes， heaters, uye zvimwe zvigadzirwa zvemagetsi kana semiconductors. Tichazvipira kupa vashandisi nemhando yepamusoro, zvigadzirwa zvakanaka uye basa rine hanya.

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Storage Conditions

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5 FAQs of Original Energy Semiconductor 5SGA20H2501 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

What is the maximum voltage and current rating of the 5SGA20H2501 SCR Thyristor?
The 5SGA20H2501 is designed for high-voltage applications, with a repetitive peak off-state voltage (VDRM) of 6500V and a maximum average forward current (ITAV) of 20A. It can handle surge currents up to 250A, making it suitable for demanding industrial environments requiring robust voltage and current handling.

What applications is this SCR Thyristor best suited for?
This thyristor is optimized for phase control in high-power rectifiers and inverters, such as those used in industrial motor drives, high-voltage DC (HVDC) power transmission, and heavy-duty power supplies. Its 6500V rating makes it ideal for systems requiring precise AC power regulation in mining, metallurgy, or renewable energy infrastructure.

How does the phase control functionality work in this device?
Phase control is achieved by adjusting the gate trigger timing relative to the AC waveform’s phase. By delaying or advancing the gate pulse, the thyristor regulates the conduction angle, controlling the power delivered to the load. This enables smooth voltage and current modulation for applications like motor speed control or temperature regulation in heating systems.

What thermal management is required for reliable operation?
The device operates efficiently within a junction temperature range of -40°C to 125°C. Proper heatsinking with thermal interface materials is critical to dissipate heat, especially during high-current surges. Forced-air cooling or liquid cooling may be necessary in continuous high-load scenarios to prevent thermal runaway and ensure longevity.

Is the 5SGA20H2501 compliant with industry standards for reliability?
Ehe, it meets stringent industrial certifications for surge resilience, voltage endurance, and thermal cycling. The thyristor’s rugged construction ensures resistance to mechanical stress and electrical transients, backed by rigorous testing under IEC and UL standards. Its design prioritizes long-term stability in harsh environments, minimizing downtime in critical applications.

(Original Energy Semiconductor 5SGA20H2501 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications)