Original used phase control thyristor N2600MC180 N2600MC160 N2600MC140 N2600MC120 N2600MC100 N2600MC200 N2600MC080

Chidule cha Phase Control Thyristor

Gawo lowongolera thyristor, nthawi zambiri amatchedwa triac kapena SCR (Silicon Controlled Rectifier) m'mapulogalamu ena, ndi chipangizo cha semiconductor chomwe chimagwiritsidwa ntchito kuwongolera kuchuluka kwa mphamvu zomwe zimaperekedwa ku katundu posintha mbali yomwe mawonekedwe a AC amaloledwa kuchita.. Njira yowongolera iyi imadziwika kuti gawo lowongolera kapena kuwongolera gawo. Phase control thyristors amagwiritsidwa ntchito kwambiri pazinthu zosiyanasiyana zomwe zimafuna kuwongolera bwino mphamvu zamagetsi, monga zounikira zounikira, zowongolera liwiro lamagalimoto, olamulira kutentha, ndi zina.

Mawonekedwe a Phase Control Thyristor

Phase Angle Control: Amalola kusintha kwa conduction point mkati mwa theka lililonse la mawonekedwe a AC waveform, kupangitsa kuwongolera kolondola pa mphamvu yapakati yomwe imaperekedwa ku katundu.

Kuchita Bwino Kwambiri: Zimagwira ntchito ndi zotayika zochepa pochita, kupereka mphamvu yolamulira bwino.

Bidirectional Conductivity (Triacs): Kwa mapulogalamu a AC, ma triacs amatha kuchitapo kanthu mbali zonse ziwiri, kuwapanga kukhala oyenera kuwongolera kwathunthu kwa katundu wa AC.

Unidirectional Conductivity (Zithunzi za SCR): Ma SCRs amayendera njira imodzi yokha ndipo amagwiritsidwa ntchito powongolera mafunde a theka la katundu wa AC kapena DC.

Kuyambitsa Gate: Kuyendetsa kumayamba pomwe kakombo kakang'ono kakagwiritsidwa ntchito pachipata, kulola kuwongolera kosavuta kwa malo otembenukira.

Latching Current: Kamodzi anayambitsa, thyristor ikupitirizabe kuchita mpaka panopa kupyolera mu izo ikugwera pansi pa mlingo wina wotchedwa hold current.

Kutentha Kwambiri: Kuchita kungakhudzidwe ndi kusintha kwa kutentha, zomwe zimafuna kuganizira kasamalidwe ka kutentha pakupanga.

Ma Voltage ndi Mavoti Apano: Imapezeka mumitundu yosiyanasiyana yamagetsi komanso mavoti apano kuti igwirizane ndi zosowa zosiyanasiyana zamagwiritsidwe ntchito.

Mtundu wa Noise: Ikhoza kupanga kusokoneza kwa electromagnetic (EMI), kufunikira kusefa koyenera ndikutchinjiriza pamapulogalamu ovuta.

Njira Zotetezera: Nthawi zambiri zimaphatikizirapo chitetezo chomangidwira kuti chitetezeke kumagetsi ochulukirapo komanso mafunde opitilira muyeso kuteteza chipangizocho ndi makina olumikizidwa.

(Original used phase control thyristor N2600MC180 N2600MC160 N2600MC140 N2600MC120 N2600MC100 N2600MC200 N2600MC080)

Specification of Original used phase control thyristor N2600MC180 N2600MC160 N2600MC140 N2600MC120 N2600MC100 N2600MC200 N2600MC080

The initial stage control thyristors N2600MC180, N2600MC160, N2600MC140, N2600MC120, N2600MC100, N2600MC200, and N2600MC080 are high-power semiconductor tools made for reliable a/c power regulation. These thyristors take care of high-power a/c applications, including electric motor drives, magetsi owongolera, and commercial heating unit. The designs vary in voltage rankings, with suffixes showing optimum repetitive off-state voltage (Chithunzi cha VDRM). The N2600MC080 supports 800V, N2600MC100 sustains 1000V, N2600MC120 supports 1200V, N2600MC140 supports 1400V, N2600MC160 supports 1600V, N2600MC180 sustains 1800V, and N2600MC200 supports 2000V. All variations share a 2600A average on-state present (ITAV), ensuring robust efficiency in heavy-load conditions.

Gate trigger existing (IGT) ranges between 200mA and 300mA for trustworthy changing. The tools include low on-state voltage drop (VT), generally 1.20 V to 1.40 V at ranked existing, minimizing power loss. Important price of surge of on-state existing (di/dt) is 200A/ μs, while important price of increase of off-state voltage (dv/dt) is 1000V/ μs, avoiding unplanned triggering. Kukana kutentha (joint to instance) is 0.03 ° C/W, allowing effective warm dissipation. Running junction temperature level extends -40 °C ku +125 °C, making certain stability in extreme atmospheres.

The thyristors make use of a press-pack package layout for direct mounting to heat sinks. This gets rid of solder fatigue, boosting mechanical reliability. The bundle is electrically isolated, streamlining installment. Reverse obstructing capability matches forward voltage ratings, guaranteeing bidirectional defense. Leak present under off-state problems stays below 50mA at maximum voltage.

These tools fit commercial systems requiring exact phase-angle control. They integrate into rectifiers, soft starters, and power converters. The layout focuses on surge present tolerance, managing short-duration overloads without damage. Gate drive demands align with standard control circuits, reducing outside element needs.

Evaluating adhere to global standards for high-voltage semiconductors. Each unit goes through extensive quality look for voltage endurance, thermal cycling, and switching consistency. The press-pack housing makes certain consistent pressure circulation across the silicon wafer, preserving electric get in touch with under thermal tension.

(Original used phase control thyristor N2600MC180 N2600MC160 N2600MC140 N2600MC120 N2600MC100 N2600MC200 N2600MC080)

Applications of Original used phase control thyristor N2600MC180 N2600MC160 N2600MC140 N2600MC120 N2600MC100 N2600MC200 N2600MC080

The original phase control thyristors N2600MC180, N2600MC160, N2600MC140, N2600MC120, N2600MC100, N2600MC200, and N2600MC080 are designed for precise power management in industrial systems. These components handle high-voltage and high-current operations, supporting voltage ratings from 800V to 2000V and a steady current of 2600A. They adjust power flow in AC circuits by controlling phase angles, ensuring efficient energy use across applications.

Industrial heating systems rely on these thyristors for temperature regulation. They manage resistive loads in furnaces and ovens, enabling stable heat output. Motor speed control systems use them to adjust AC motor performance. This improves operational accuracy in machinery like conveyor belts or pumps. Power supply units integrate these thyristors for voltage stabilization. They reduce fluctuations in critical equipment such as data centers or medical devices.

Lighting control systems benefit from their ability to dim or brighten high-intensity lights smoothly. This is useful in theaters, stadiums, or street lighting. Battery charging systems use these thyristors to regulate charging rates. They prevent overcharging and extend battery life in electric vehicles or backup power setups. Renewable energy systems apply them to manage power conversion. Solar inverters and wind turbines use phase control to optimize energy transfer to grids.

These thyristors are built for reliability in harsh environments. They withstand high temperatures, voltage spikes, and electrical noise. Their robust design minimizes failure risks in continuous operations. Customization options include tailored thermal management solutions or mounting configurations. This ensures compatibility with diverse industrial setups. Engineers choose these components for their balance of precision, kukhazikika, and adaptability.

The series includes multiple voltage ratings to match specific project needs. Lower-voltage models like N2600MC080 suit moderate power applications. Higher-voltage variants like N2600MC200 handle heavy-duty tasks. All models share a compact design for easy integration into existing systems. Protection features guard against overloads and short circuits, enhancing system safety.

Mbiri Yakampani

Malingaliro a kampani Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) ndi imodzi mwamabizinesi otsogola muukadaulo wamagetsi amagetsi ndi zinthu zamagetsi, zomwe zimakhudzidwa kwambiri pakupanga ma inverters a dzuwa， thiransifoma, magetsi owongolera, makabati ogawa, thyristors， ma modules， diodes， zotenthetsera, ndi zipangizo zina zamagetsi kapena semiconductors. Tidzadzipereka kupereka ogwiritsa ntchito apamwamba kwambiri, mankhwala ogwira ntchito ndi utumiki woganizira.

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Kutumiza

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Zosungirako

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5 FAQs of Original used phase control thyristor N2600MC180 N2600MC160 N2600MC140 N2600MC120 N2600MC100 N2600MC200 N2600MC080

What are the main uses of the N2600MC series phase control thyristors? These components manage power in industrial systems. They handle high voltage and current levels. Examples include motor speed controllers, machitidwe otentha, and AC power regulators. Their design allows precise phase angle adjustments. This ensures efficient energy flow in heavy-duty applications.

How do the model numbers differ? The suffix numbers indicate voltage ratings. The N2600MC080 handles 800V. The N2600MC100 handles 1000V. This pattern continues up to the N2600MC200, rated for 2000V. Higher suffix numbers mean higher voltage capacity. Choose the model matching your system’s voltage needs.

What specifications matter when selecting a thyristor? Check the voltage rating first. Ensure it exceeds your circuit’s maximum voltage. Ena, confirm the current rating. The N2600MC series supports high current loads. Also review gate trigger current and thermal resistance. These affect switching performance and heat management. Match all specs to your application’s demands.

Are these thyristors reliable in harsh environments? Inde. They are built for industrial settings. The design withstands temperature extremes, electrical noise, and mechanical stress. Proper heat sinking is critical. Follow the datasheet’s thermal guidelines. Avoid exceeding maximum junction temperatures. This ensures long-term stability and prevents failure.

Can these thyristors replace other models in existing setups? Possibly. Verify the voltage and current ratings align with the original part. Check physical dimensions and pin configurations. Higher-voltage models like the N2600MC200 can sometimes replace lower-rated units if space allows. Always test compatibility before full integration. Cross-reference datasheets to confirm performance matches requirements.

(Original used phase control thyristor N2600MC180 N2600MC160 N2600MC140 N2600MC120 N2600MC100 N2600MC200 N2600MC080)