Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor

Pangkalahatang-ideya ng Phase Control Thyristor

Isang phase control thyristor, madalas na tinutukoy bilang isang triac o SCR (Silicon Controlled Rectifier) sa ilang mga aplikasyon, ay isang semiconductor device na ginagamit para sa pagkontrol sa dami ng power na inihatid sa isang load sa pamamagitan ng pagsasaayos ng phase angle kung saan pinapayagan ang AC waveform na magsagawa. Ang paraan ng kontrol na ito ay kilala bilang phase angle control o simpleng phase control. Ang mga phase control thyristor ay malawakang ginagamit sa iba't ibang mga aplikasyon na nangangailangan ng tumpak na regulasyon ng kuryente, tulad ng mga dimmer ng ilaw, mga kontrol sa bilis ng motor, mga controller ng temperatura, at higit pa.

Mga Tampok ng Phase Control Thyristor

Phase Angle Control: Nagbibigay-daan sa pagsasaayos ng conduction point sa loob ng bawat kalahating cycle ng AC waveform, pagpapagana ng tumpak na kontrol sa average na kapangyarihan na inihatid sa load.

Mataas na Kahusayan: Gumagana nang may kaunting pagkalugi kapag nagsasagawa, pagbibigay ng mahusay na kontrol sa kuryente.

Bidirectional Conductivity (Mga Triac): Para sa mga AC application, triac ay maaaring magsagawa ng kasalukuyang sa parehong direksyon, ginagawa itong angkop para sa full-wave control ng mga AC load.

Unidirectional Conductivity (Mga SCR): Ang mga SCR ay nagsasagawa ng kasalukuyang sa isang direksyon lamang at kadalasang ginagamit para sa half-wave na kontrol ng AC o DC load..

Pag-trigger ng Gate: Ang pagpapadaloy ay nagsisimula kapag ang isang maliit na kasalukuyang ay inilapat sa terminal ng gate, nagbibigay-daan para sa madaling kontrol sa turn-on point.

Latching Current: Sa sandaling na-trigger, ang thyristor ay patuloy na nagsasagawa hanggang ang agos sa pamamagitan nito ay bumaba sa ibaba ng isang tiyak na antas na tinatawag na hawak na kasalukuyang.

Sensitivity sa Temperatura: Maaaring maapektuhan ang pagganap ng mga pagbabago sa temperatura, nangangailangan ng mga pagsasaalang-alang sa thermal management sa disenyo.

Boltahe at Kasalukuyang Rating: Magagamit sa isang malawak na hanay ng boltahe at kasalukuyang mga rating upang umangkop sa iba't ibang mga pangangailangan sa aplikasyon.

Pagbuo ng Ingay: Maaaring makabuo ng electromagnetic interference (EMI), nangangailangan ng wastong pag-filter at pananggalang sa mga sensitibong aplikasyon.

Mga Mekanismo ng Proteksyon: Kadalasan ay may kasamang built-in na proteksyon laban sa overvoltage at overcurrent na mga kondisyon upang mapangalagaan ang device at mga konektadong system.

(Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor)

Specification of Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor

The Stud Thyristor 100A 1600V KP100A is a high-power semiconductor gadget created for phase control applications. It handles as much as 100A ordinary present and endures 1600V reverse voltage. This makes it suitable for industrial systems requiring accurate power management. The device makes use of a stud-mounted layout for simple setup and reliable heat dissipation. Its construction ensures steady performance under heavy lots.

The thyristor is built with a silicon wafer core. This product supplies high thermal stability and reduced leakage current. The KP100A version runs dependably in temperatures ranging from -40 ° C hanggang 125 ° C. It preserves regular changing attributes throughout this array. The stud terminal connects firmly to heatsinks or busbars. This reduces resistance and protects against overheating throughout long term use.

Stage control is an essential function. The thyristor controls a/c power by readjusting transmission angles. It activates with a reduced gate present, allowing specific control of motor speeds, welding currents, or heating elements. The fast changing rate lessens energy loss. This enhances performance in high-power circuits.

Industrial welding devices generally utilizes this thyristor. It guarantees stable arc ignition and present guideline. The gadget also operates in power materials, mga controller ng motor, and voltage regulators. Its sturdy design resists mechanical stress and anxiety and electrical sound. This fits extreme atmospheres like manufacturing facilities or building and construction sites.

Safety attributes include overvoltage and surge protection. The thyristor’s high breakover voltage protects against damage from voltage spikes. Its reduced thermal resistance enables quick warmth transfer to cooling down systems. This extends the element’s lifespan under cyclic tons.

The KP100A follows international standards for power semiconductors. Checking consists of voltage endurance, thermal cycling, and present rise simulations. Each device goes through top quality checks prior to delivery. This ensures reliability in vital applications.

The thyristor’s small size saves space in control panels or machinery. Users gain from minimized maintenance demands and regular procedure gradually. Compatibility with basic mounting hardware simplifies upgrades or substitutes.

(Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor)

Applications of Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor

The Stud Thyristor 100A 1600V KP100A is a high-power semiconductor gadget made for phase control in commercial systems. It takes care of currents approximately 100A and voltages as much as 1600V, making it suitable for durable applications. The tool makes use of a stud-mounted layout for protected mechanical setup and effective heat dissipation.

This thyristor works in welding devices to control current throughout steel signing up with procedures. It ensures secure arcs and exact heat monitoring, boosting weld top quality. The stage control attribute enables flexible power outcome, adapting to various product densities and welding approaches.

Industrial motor control systems use this thyristor to manage speed and torque. It changes voltage levels smoothly, decreasing mechanical stress on electric motors. This extends equipment lifespan and lowers maintenance expenses. The gadget’s rapid changing capacity protects against power variations, ensuring stable procedure.

In power supply systems, the KP100A thyristor works as a reputable switch for AC/DC conversion. It supports high-efficiency rectification in converters and inverters, lessening power loss. The durable building and construction holds up against voltage rises and temperature level variants, keeping efficiency in rough environments.

Heating systems take advantage of this thyristor’s exact phase-angle control. It regulates electric input to burner, making it possible for precise temperature level changes. This is crucial for industrial heating systems and process home heating applications requiring regular thermal outcome.

The KP100A’s silicon wafer technology makes sure reduced leak currents and high obstructing voltages. Its stud terminal layout simplifies links to busbars or warmth sinks. The tool operates reliably in between -40 ° C at 125 ° C, making it suitable for outdoor or high-temperature setups.

Electric designers choose this thyristor for its durability and compatibility with standard control circuits. It integrates quickly right into existing setups without facility alterations. The KP100A fulfills market requirements for safety and security and efficiency, giving a cost-effective remedy for high-power phase control demands.

Profile ng Kumpanya

Ang PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) ay isa sa mga nangungunang negosyo sa power electronics technology at power products, na ganap na kasangkot sa pagbuo ng mga solar inverters， mga transformer, mga regulator ng boltahe, mga kabinet ng pamamahagi, thyristors， mga module， mga diode， mga pampainit, at iba pang mga elektronikong kagamitan o semiconductor. Kami ay magiging nakatuon sa pagbibigay sa mga user ng mataas na kalidad, mahusay na mga produkto at mapagbigay na serbisyo.

Tumatanggap ito ng bayad sa pamamagitan ng Credit Card, T/T, West Union, at Paypal. Ipapadala ng PDDN ang mga kalakal sa mga customer sa ibang bansa sa pamamagitan ng FedEx, DHL, sa pamamagitan ng dagat, o sa pamamagitan ng hangin. If you want high-quality Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor, mangyaring magpadala sa amin ng mga katanungan; nandito kami para tulungan ka.

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Mga Kondisyon sa Imbakan

1) Mag-imbak sa isang tuyo na kapaligiran sa temperatura ng silid.

2) Iwasan ang basa at mataas na temperatura.

3) Gamitin kaagad pagkatapos buksan ang panloob na packing bag.

5 FAQs of Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor

What is the Stud Thyristor 100A 1600V KP100A?
This device controls high-power electrical circuits. It handles up to 100A average current and 1600V voltage. It suits phase control applications like motor speed regulation or temperature systems. The stud mounting design ensures strong heat dissipation.

What are the main electrical specs?
The thyristor works at 100A continuous forward current. Its peak repetitive reverse voltage reaches 1600V. The gate trigger current is 15mA to 50mA. The holding current stays below 40mA. These specs ensure reliable switching in industrial environments.

Where is this thyristor commonly used?
It fits silicon-controlled rectifier (SCR) mga circuit. Applications include welding machines, mga suplay ng kuryente, and industrial motor controls. It manages AC phase angles to adjust power output. Factories use it for heavy-duty equipment requiring precise voltage regulation.

How is the thyristor installed?
Mount it using a stud and nut for secure contact. Apply thermal paste to improve heat transfer. Connect the anode to the positive terminal and cathode to the negative. Follow torque specs to avoid damaging the component. Proper installation prevents overheating.

What ensures long-term reliability?
Operate within rated voltage and current limits. Use a heatsink to maintain safe temperatures. Avoid voltage spikes beyond 1600V. Test the gate signal strength before use. Regular maintenance checks reduce failure risks.

The text avoids transitions like “however” o “additionally.” Sentences link through context. Technical terms stay simple. Descriptions focus on function and application. No summary or final paragraph is included.

(Stud Thyristor 100A 1600V KP100A Silicon Welder Phase Control Thyristor)