Stud Thyristor Russia Phase Control Thyristor TC212 TC222 TC232 TC242 T151 T161 T171 for Converters Triac

Isishwankathelo seSigaba soLawulo lwe-Thyristor

A isigaba ulawulo thyristor, edla ngokubizwa ngokuba yi-triac okanye i-SCR (Isilungisi esiLawulwayo seSilicon) kwizicelo ezithile, sisixhobo se-semiconductor esisetyenziselwa ukulawula ubungakanani bamandla anikezelwe kumthwalo ngokulungelelanisa i-angle yesigaba apho i-AC waveform ivunyelwe ukuqhuba.. Le ndlela yolawulo yaziwa ngokuba yi-phase angle control okanye ngokulula ulawulo lwesigaba. I-Phase control thyristors isetyenziswa ngokubanzi kwizicelo ezahlukeneyo ezifuna ukulawulwa okuchanekileyo kwamandla ombane, ezifana nezibane zokukhanyisa, isantya solawulo lwemoto, abalawuli bobushushu, kunye nokuninzi.

Iimpawu zeSigaba soLawulo lwe-Thyristor

Ulawulo lwe-engile yeSigaba: Ivumela uhlengahlengiso lwendawo yokuqhuba ngaphakathi kumjikelo ngamnye wesiqingatha se-AC waveform, ukwenza ulawulo oluchanekileyo kumbane ophakathi onikezelwe kumthwalo.

Ukusebenza okuphezulu: Isebenza ngelahleko encinci xa iqhuba, ukunika ulawulo lwamandla olusebenzayo.

I-Bidirectional Conductivity (Triacs): Ngezicelo ze-AC, iitriacs zinokuqhuba okwangoku kumacala omabini, ukubenza bafaneleke kulawulo olupheleleyo lwe-AC.

Unidirectional Conductivity (SCRs): Ii-SCRs ziqhuba ngoku kwicala elinye kuphela kwaye ziqhele ukusetyenziswa kulawulo lwamaza ohafu we-AC okanye i-DC.

Ukuqalisa iSango: Ukuqhuba kuqala xa umbane omncinci usetyenziswa kwi-terminal yesango, ivumela ulawulo olulula lwendawo yokuvula.

UkuLatching Ngoku: Xa sele iqalile, i-thyristor iyaqhubeka iqhuba de i-current through it iwela ngaphantsi kwenqanaba elithile elibizwa ngokuba yi-hold current.

Uvakalelo lobushushu: Ukusebenza kunokuchaphazeleka kutshintsho lobushushu, ifuna ingqwalasela yolawulo lwe-thermal kuyilo.

I-Voltage kunye neeReyithingi zangoku: Ifumaneka kuluhlu olubanzi lwamandla ombane kunye neereyithingi zangoku ukuze zihambelane neemfuno ezahlukeneyo zosetyenziso.

Isizukulwana Sengxolo: Inokwenza uphazamiseko lwe-electromagnetic (EMI), ifuna ukuhluzwa okufanelekileyo kunye nokukhuselwa kwizicelo ezinovakalelo.

IiNdlela zoKhuselo: Ihlala ibandakanya ukhuseleko olwakhelwe ngaphakathi ngokuchasene nokugqithiswa kwamandla kunye neemeko ezigqithisiweyo ukukhusela isixhobo kunye neenkqubo eziqhagamshelweyo.

(Stud Thyristor Russia Phase Control Thyristor TC212 TC222 TC232 TC242 T151 T161 T171 for Converters Triac)

Specification of Stud Thyristor Russia Phase Control Thyristor TC212 TC222 TC232 TC242 T151 T161 T171 for Converters Triac

Here is the item details for Stud Thyristor Russia Phase Control Thyristor designs TC212, TC222, TC232, TC242, T151, T161, T171. These components are for converters and triac applications. They are high-power semiconductor tools. They regulate big electric currents. They take care of the timing of power flow in air conditioning systems. This is phase control.

These thyristors obstruct high voltage. They deal with heavy existing as well. They are developed for demanding industrial environments. They are constructed hard. They make use of a stud placing layout. This offers a solid mechanical link. It additionally uses exceptional thermal transfer. Warm sinks connect straight to the metal stud. This keeps the thyristor cool throughout procedure. Reputable cooling is important for high power.

Key requirements matter. The voltage blocking capability is essential. The TC212 deals with approximately 1200 iivolthi. The TC222 blocks 1400 iivolthi. The TC232 is rated for 1600 iivolthi. The TC242 manages 2000 iivolthi. The T151, T161, and T171 models normally cover the 1000V to 1600V variety. Precise ratings rely on the certain design number. Constantly examine the datasheet.

Present carrying capacity is an additional significant element. These thyristors take care of ordinary currents of hundreds of amperes. They endure really high rise currents. This is necessary during startup or fault problems. They change power off and on quickly. Rapid changing decreases power loss. It improves effectiveness.

These thyristors are utilized in numerous areas. They control electric motors in big commercial drives. They take care of power in durable battery chargers. They are discovered in industrial heater. They operate in welding tools. They function in power materials for manufacturing facilities. They operate in traction systems for trains. They are essential for high-power air conditioning stage control circuits. They are trusted parts for critical power conversion jobs.

(Stud Thyristor Russia Phase Control Thyristor TC212 TC222 TC232 TC242 T151 T161 T171 for Converters Triac)

Applications of Stud Thyristor Russia Phase Control Thyristor TC212 TC222 TC232 TC242 T151 T161 T171 for Converters Triac

Stud thyristors are essential parts in power electronics. They manage heavy electrical currents. The Russian-made phase control thyristors like TC212, TC222, TC232, TC242, T151, T161, T171 excel right here. These elements are created for requiring converter and triac circuits.

Their main task is controlling air conditioner power flow specifically. They transform the power on and off at particular factors in the voltage cycle. This is called stage control. It enables adjusting motor rate smoothly. It regulates burner precisely. It manages light strength efficiently. Converters count heavily on this precise switching action.

These stud thyristors deal with really high currents. Versions like the TC212 or T161 handle hundreds of amps. This power is important for industrial tools. Believe huge electric motor drives in manufacturing facilities. Believe big rectifiers transforming a/c to DC power. Think effective welding makers. They give the muscle mass required.

The stud bundle layout is essential. It screws straight onto a heatsink. This provides outstanding thermal call. Warmth streams away from the thyristor swiftly. Keeping the gadget cool is vital for trustworthy procedure. Good cooling stops overheating and failure under heavy tons. This stud mounting makes cooling down effective.

These Russian thyristors are developed tough. They stand up to severe commercial environments. Voltage rises occur. Temperature level modifications occur. Electrical noise takes place. These parts are crafted to deal. They use reputable switching efficiency gradually. This dependability issues in crucial systems.

Engineers choose these specific designs for converters requiring robust phase control. The TC232 may fit one power level. The T171 might fit one more. The key is their capability to switch high currents dependably. They enable effective control in air conditioner power systems. This makes them basic components in power conversion technology.

Iprofayile yekhampani

I-PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) lelinye lamashishini aphambili kubuchwepheshe bombane kunye neemveliso zamandla, ebandakanyeka ngokupheleleyo ekuphuhliseni ii-inverters zelanga， iinguqu, izilawuli zombane, iikhabhathi zokuhambisa, thyristors， iimodyuli， iidiode， izifudumezi, kunye nezinye izixhobo zombane okanye iisemiconductors. Siya kuzibophelela ekunikeni abasebenzisi umgangatho ophezulu, iimveliso ezisebenzayo kunye nenkonzo enenkathalo.

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Iimeko zokuGcina

1) Gcina kwindawo eyomileyo kwiqondo lokushisa.

2) Kuphephe ukufuma kunye nobushushu obuphezulu.

3) Sebenzisa ngokukhawuleza emva kokuvula isikhwama sokupakisha sangaphakathi.

5 FAQs of Stud Thyristor Russia Phase Control Thyristor TC212 TC222 TC232 TC242 T151 T161 T171 for Converters Triac

Here are five common questions about Stud Thyristor Russia Phase Control Thyristors models TC212, TC222, TC232, TC242, T151, T161, T171 for Converters and Triacs.

What are these thyristors? These are power semiconductor devices. They control large electrical currents. They manage the flow of AC power. They work by switching on at specific points in the AC voltage wave. This is phase control. They are stud-mounted for strong thermal connection.

Where are these thyristors typically used? They find use in industrial power control systems. Common applications include motor speed controllers. They work in industrial heating equipment. They function in AC voltage regulators. They operate in power converters. They are good for high-power switching tasks.

What are the key specifications? These thyristors handle high currents. They manage high voltages. Specific ratings vary by model number. The TC212-TC242 series generally handles very high currents. The T151-T171 series often handles slightly lower currents but still high power. You must check the datasheet for exact voltage and current limits for your chosen model. They block reverse voltage effectively.

How are they installed? These thyristors use a stud mounting design. The threaded stud attaches firmly to a heatsink. This removes heat efficiently. Good thermal contact is critical. The anode connection is usually the stud itself. The gate and cathode use separate terminals. Correct polarity is essential for operation.

Why choose these Russian-made thyristors? They are known for robust construction. They are designed for demanding industrial environments. They offer reliable performance in phase control circuits. They are often chosen for converter applications needing high power handling. They last long under tough conditions.

(Stud Thyristor Russia Phase Control Thyristor TC212 TC222 TC232 TC242 T151 T161 T171 for Converters Triac)