PHASE CONTROL THYRISTOR AT636P08 AT636P06 AT636S18

Kakaretso ea Phase Control Thyristor

A phase control thyristor, hangata e bitsoa triac kapa SCR (Silicon Controled Rectifier) lits'ebetsong tse itseng, ke sesebelisoa sa semiconductor se sebelisetsoang ho laola boholo ba matla a fanoang ho mojaro ka ho fetola angle ea mohato oo maqhubu a AC a lumelloang ho o tsamaisa.. Mokhoa ona oa ho laola o tsejoa e le phase angle control kapa feela phase control. Phase control thyristors e sebelisoa haholo lits'ebetsong tse fapaneng tse hlokang taolo e nepahetseng ea matla a motlakase, joalo ka li-dimmers tse khantšang, taolo ya lebelo la enjene, lilaoli tsa mocheso, le ho feta.

Likarolo tsa Phase Control Thyristor

Phase Angle Control: E lumella phetoho ea ntlha ea conduction ka har'a halofo ea potoloho ea waveform ea AC, ho nolofalletsa taolo e nepahetseng holim'a matla a tloaelehileng a fanoang ho mojaro.

Bokhoni bo Phahameng: E sebetsa ka tahlehelo e nyane ha e tsamaisa, ho fana ka taolo e sebetsang hantle ya matla.

Bidirectional conductivity (Triacs): Bakeng sa lisebelisoa tsa AC, triacs e ka tsamaisa hajoale ka mahlakore ka bobeli, ho etsa hore li tšoanelehe bakeng sa taolo e felletseng ea maqhubu a AC.

Unidirectional Conductivity (Li-SCRs): Li-SCR li tsamaisa hona joale ka lehlakoreng le le leng feela 'me hangata li sebelisoa bakeng sa taolo ea halofo ea maqhubu a meroalo ea AC kapa ea DC.

Ho Tlisa Heke: Tsamaiso e qala ha motlakase o monyane o sebelisoa boemelong ba heke, ho dumella taolo e bonolo ya sebaka sa ho bulela.

Latching Current: Hang ha e qala, thyristor e tsoela pele ho khanna ho fihlela hona joale ka eona e oela ka tlaase ho tekanyo e itseng e bitsoang ho tšoara hona joale.

Boikutlo ba Mocheso: Ts'ebetso e ka angoa ke liphetoho tsa mocheso, e hlokang ho nahanoa ka tsamaiso ea mocheso moralong.

Voltage le Litekanyetso tsa Hona Joale: E fumaneha ka mefuta e mengata e fapaneng ea litekanyo tsa motlakase le tsa hajoale ho lumellana le litlhoko tse fapaneng tsa ts'ebeliso.

Moloko oa lerata: E ka hlahisa tšitiso ea motlakase (EMI), ho hloka tlhoekiso e nepahetseng le ts'ireletso lits'ebetsong tse hlokolosi.

Mekhoa ea Tšireletso: Hangata e kenyelletsa ts'ireletso e hahelletsoeng khahlanong le ho fetella le maemo a fetang a nako ho sireletsa sesebelisoa le lisebelisoa tse hoketsoeng.

(PHASE CONTROL THYRISTOR AT636P08 AT636P06 AT636S18)

Specification of PHASE CONTROL THYRISTOR AT636P08 AT636P06 AT636S18

The PHASE CONTROL THYRISTOR designs AT636P08, AT636P06, and AT636S18 are high-performance semiconductor tools built for accurate power regulation in industrial and industrial systems. These parts take care of high voltage and present levels successfully. They are commonly made use of in a/c motor controls, lighting systems, and power supply systems. Each version is optimized for certain operational demands.

The AT636P08 supports a maximum repetitive off-state voltage of 800V. It takes care of a typical on-state current of 63A. The height surge present reaches 1000A. This version matches medium-voltage applications. The AT636P06 runs at 600V with the very same current rankings as the AT636P08. It is optimal for systems requiring lower voltage thresholds. The AT636S18 handles greater voltage needs. It holds up against approximately 1800V. Its present ratings match the various other versions. This variation is made for heavy-duty industrial setups.

All three thyristors include low thermal resistance. The junction-to-case thermal resistance is 0.45 ° C/W. This makes certain reliable warm dissipation. The gadgets operate accurately within a temperature series of -40 ° C ho ea 125 °C. Proper cooling devices are recommended for continual high-load performance.

Mounting these thyristors requires typical module settings up. They utilize press-fit or screw-type terminals for protected links. The compact style enables simple assimilation right into existing systems. Litlhoko tsa ho itlhokomela li tlase.

These thyristors are compatible with phase-angle control circuits. They make it possible for smooth adjustment of power output. Applications include dimmers, motor speed controllers, and voltage regulatory authorities. The durable building ensures longevity under regular changing cycles.

Electrically, the devices display reduced entrance trigger current. Setting off voltage stays listed below 3V. This simplifies control circuit layout. Reverse obstructing capability protects against unplanned current flow. Leakage currents continue to be minimal throughout off states.

Quality testing complies with worldwide criteria. Qualifications include UL acknowledgment and RoHS compliance. Reliability is verified with rigorous thermal and electrical cardiovascular test. Suppliers suggest sticking to datasheet standards for optimum performance.

The AT636 series equilibriums price and capability. It acts as a practical service for engineers seeking reliable phase control elements. Compatibility with standard drive circuits decreases assimilation complexity. These thyristors are commonly used in automation, energy administration, and commercial machinery.

(PHASE CONTROL THYRISTOR AT636P08 AT636P06 AT636S18)

Applications of PHASE CONTROL THYRISTOR AT636P08 AT636P06 AT636S18

The stage CONTROL THYRISTOR designs AT636P08, AT636P06, and AT636S18 are created for efficient power management in air conditioner circuits. These parts manage high voltage and present degrees, making them perfect for commercial applications. The AT636P08 runs with a blocking voltage of 800V, the AT636P06 at 600V, and the AT636S18 at 1800V. Each design sustains precise stage control, allowing smooth change of power flow in systems like electric motor drives, burner, and illumination controls. Their robust construction guarantees reliable performance in demanding environments.

These thyristors are generally made use of in commercial machinery. They manage electric motor speed in conveyor systems, lipompo, and compressors. The devices take care of power distribution in resistance heater, keeping regular temperatures in heating systems or ovens. In illumination arrangements, they readjust illumination degrees for large installments, such as streetlights or stage illumination. The high surge present capability of the AT636 collection safeguards against abrupt power spikes, decreasing downtime in vital procedures.

The AT636P08, AT636P06, and AT636S18 feature reduced entrance trigger currents. This streamlines combination with control circuits. Designers take advantage of their rapid changing speeds, which lessen power loss throughout operation. Thermal security is a vital advantage, as the thyristors dissipate warmth properly even under heavy lots. This avoids overheating and expands part life expectancy.

Renewable resource systems additionally make use of these thyristors. They manage power conversion in solar inverters and wind turbine controllers. The gadgets guarantee stable energy outcome by changing phase angles in genuine time. For developing automation, the AT636 series optimizes HVAC systems and temperature level policy. Their compatibility with microcontrollers enables smooth automation in smart grids or commercial IoT configurations.

Longevity is a top priority. The thyristors are built with industrial-grade products resistant to vibration, dampness, and temperature level fluctuations. Maintenance requirements are low, reducing operational prices. Security functions consist of built-in overvoltage and overcurrent defense, guarding both the component and connected equipment.

These stage control thyristors fulfill international requirements for electrical safety and security and performance. Their style supports easy placing on warm sinks, improving thermal administration. Engineers count on the AT636 collection for scalable services in power electronics. The devices adjust to progressing industry requirements, from manufacturing facility automation to renewable energy facilities. Their duty in contemporary innovation underscores their value in accomplishing exact, efficient power control across diverse applications.

Boemo ba Khoebo

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) ke e 'ngoe ea likhoebo tse itlhommeng pele ka theknoloji ea elektronike le lihlahisoa tsa motlakase, e amehang ka botlalo ho hlahiseng li-inverters tsa letsatsi， li-transformer, li-voltage regulators, likhabote tsa kabo, li-thyristors， li-module， diode， lihitara, le lisebelisoa tse ling tsa elektroniki kapa li-semiconductors. Re tla ikemisetsa ho fa basebelisi maemo a holimo, lihlahisoa tse sebetsang hantle le tšebeletso e nahanelang.

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5 FAQs of PHASE CONTROL THYRISTOR AT636P08 AT636P06 AT636S18

What are the main applications of the AT636P08, AT636P06, and AT636S18 phase control thyristors? These thyristors regulate power in industrial systems. They work in motor speed controllers, temperature regulation devices, and high-power lighting setups. They handle AC circuits requiring precise phase adjustments for efficient energy use.

What voltage and current ratings do these thyristors support? The AT636P08 handles up to 800V. The AT636P06 supports 600V. The AT636S18 manages 1800V. All three manage average currents up to 40A. Peak surge currents reach 300A. Confirm voltage and current ratings match your system’s needs before installation.

How do the AT636P08, AT636P06, and AT636S18 differ? The key difference is voltage capacity. The AT636P08 and AT636P06 suit medium-voltage applications. The AT636S18 is built for high-voltage scenarios. Current ratings remain similar across models. Select the model based on your system’s operating voltage.

What thermal management is required for these thyristors? Proper heat dissipation is critical. The maximum junction temperature is 125°C. Use heatsinks matching the power load. Maintain the case temperature below 80°C during normal operation. Check thermal resistance between the thyristor and heatsink to avoid overheating.

Do these thyristors need external protection circuits? Ee. Voltage spikes can damage the components. Add snubber circuits to suppress sudden voltage surges. Install fast-acting fuses to prevent overcurrent faults. Follow the datasheet’s guidance for circuit design to ensure reliability.

(PHASE CONTROL THYRISTOR AT636P08 AT636P06 AT636S18)