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

Tirohanga o te Wāhanga Mana Thyristor

He thyristor whakahaere wahanga, ka kiia he triac, he SCR ranei (Silicon Whakahaere Whakatikatika) i etahi tono, he taputapu semiconductor e whakamahia ana mo te whakahaere i te nui o te mana ka tukuna ki te utaina ma te whakatika i te koki wahanga e whakaaetia ai te ngaru AC ki te whakahaere.. Ko tenei tikanga whakahaere e mohiotia ana ko te mana koki wahanga, te mana wahanga noa ranei. Ko nga thyristors whakahaere waahanga e whakamahia nuitia ana i roto i nga momo tono e hiahia ana ki te whakarite tika mo te mana hiko, penei i nga rama rama, nga mana whakahaere motika, pūmana pāmahana, me etahi atu.

Nga waahanga o te Waahanga Mana Thyristor

Mana Koki Wāhanga: Ka taea te whakatikatika i te ira kawe i roto i ia haurua-huringa o te ahua ngaru AC, ka taea te whakahaere tika mo te mana toharite ka tukuna ki te uta.

Te Tino Pai: Ka mahi me te iti o nga mate i te wa e whakahaere ana, te whakarato i te mana whakahaere mana.

Te Aunga-rua (Triacs): Mo nga tono AC, Ka taea e nga triac te whakahaere i te ia i nga taha e rua, kia pai ai mo te whakahaere ngaru-katoa o nga kawenga AC.

Kawenga Takitahi (Nga SCR): Ko nga SCR e whakahaere ana i te waa ki tetahi huarahi anake ka whakamahia mo te whakahaere haurua ngaru o nga kawenga AC, DC ranei..

Te Keeti Keeti: Ka timata te kawe i te wa e tukuna ana he ia iti ki te tauranga kuaha, kia ngawari te whakahaere i te waahi hurihuri.

Te mau o naianei: Kia whakaohohia, ka haere tonu te thyristor kia taka ra ano te ia i raro i tetahi taumata e kiia nei ko te ia pupuri.

Te Maamaatanga: Ka taea te pa ki te mahi i nga huringa pāmahana, me whai whakaaro ki te whakahaere waiariki i roto i te hoahoa.

Ngaohiko me nga Whakatauranga o naianei: E waatea ana i roto i te whānuitanga o nga ngaohiko me nga whakatau o naianei kia pai ai nga hiahia tono rereke.

Whakatupu Haruru: Ka taea te whakaputa wawaotanga hiko (EMI), e tika ana te tātari me te whakamarumaru i roto i nga tono tairongo.

Nga Tikanga Tiaki: I te nuinga o nga wa ka whakauruhia te whakamarumaru i roto i te ngaohiko me nga ahuatanga o te waa ki te tiaki i te taputapu me nga punaha hono.

(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 ki 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, motor controllers, me nga kaiwhakahaere ngaohiko. 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 and 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.

Kōtaha Kamupene

PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) Ko tetahi o nga hinonga rangatira mo te hangarau hiko hiko me nga hua hiko, e tino whai waahi ana ki te whakawhanake i nga kaihurihuri ra， whakahurihuri, nga kaiwhakahaere ngaohiko, rūnanga tohatoha, thyristors， kōwae， ngohe， whakamahana, me etahi atu taputapu hiko, semiconductors ranei. Ka whakapau kaha matou ki te whakarato ki nga kaiwhakamahi te kounga teitei, hua pai me te ratonga whai whakaaro.

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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) circuits. Applications include welding machines, nga taputapu hiko, 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” or “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)