phase control thyristor scr 1600V 25a

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.

(phase control thyristor scr 1600V 25a)

Specification of phase control thyristor scr 1600V 25a

The phase control thyristor SCR 1600V 25A is created for high-power changing applications. Ka mau ki te tiaki 1600 volts obstructing voltage and 25 amps ordinary present. This device is excellent for air conditioner power control systems, electric motor speed law, and industrial heating equipment. The thyristor makes certain exact phase-angle control for changing power distribution successfully.

The SCR features a rugged building for dependable performance in harsh settings. It uses a silicon wafer structure to manage high voltage and existing stress. The device sustains rise present handling up to 250A for short periods. This shields versus abrupt lots adjustments or short-term faults. The thyristor operates within a temperature range of -40 ° C ki 125 ° C. Proper warmth sinking is recommended for optimum thermal administration.

Key electrical specifications include a gate trigger current of 50mA and a holding current of 100mA. The on-state voltage decrease is 1.7 V, decreasing power loss throughout conduction. Turn-off time is 15 split seconds, making it possible for quick changing in high-frequency circuits. The thyristor is packaged in a stud-mounted design for easy installation. This guarantees safe mechanical contact and effective warm dissipation.

Applications include dimmer circuits, nga kaiwhakahaere ngaohiko, and soft-start systems. It works with commercial automation, renewable energy systems, and welding devices. The SCR meets global criteria for security and performance. Examining consists of voltage endurance, thermal cycling, and rise toughness.

The device is lead-free and complies with RoHS environmental standards. Storage conditions call for completely dry, non-corrosive settings to maintain stability. Proper handling avoids static discharge damages during installation.

This thyristor suits engineers needing specific control in high-power a/c systems. It stabilizes toughness, performance, and cost-effectiveness for industrial use.

(phase control thyristor scr 1600V 25a)

Applications of phase control thyristor scr 1600V 25a

The phase control thyristor SCR 1600V 25A is a high-power semiconductor gadget created for managing electrical power in AC systems. It manages voltages approximately 1600 volts and currents approximately 25 amperes. This makes it suitable for industrial applications calling for specific control over power circulation.

One key usage remains in electric motor speed control systems. The thyristor readjusts voltage provided to electric motors, enabling smooth velocity or deceleration in equipment like conveyor belts or pumps. This improves power efficiency and minimizes mechanical anxiety.

Industrial heating systems also rely upon this part. It handles power distribution to heating elements in heating systems or stoves. By fine-tuning phase angles, it preserves regular temperatures without overshooting targets. This guarantees product top quality and cuts energy waste.

Illumination control is an additional area. The thyristor dims high-intensity lights in movie theaters, arenas, or streetlamps. It alters voltage stages to readjust illumination degrees smoothly. This extends light bulb life and lowers maintenance costs.

The device prevails in power materials for welding equipment. It maintains outcome currents, guaranteeing solid, trusted arcs throughout welding. This results in cleaner joins and less problems in manufacturing.

Voltage stablizing in renewable resource systems utilizes this thyristor as well. It stabilizes irregular power from solar panels or wind generators prior to feeding it to grids. This prevents overloads and shields delicate electronic devices.

The SCR 1600V 25A is constructed for durability. Its robust design withstands high temperatures and electric noise. This lowers failing rates in harsh environments like manufacturing facilities or outside installments.

Ko te utunga he mea uaua. The thyristor integrates with conventional control circuits utilizing standard triggering mechanisms. No facility programming is required. This conserves time throughout arrangement or repair services.

Cost-effectiveness is a significant benefit. The part’s long life expectancy and low energy use cut functional expenses. Industries see faster returns on investment compared to older innovations.

Compatibility with existing systems is seamless. The thyristor works with a lot of a/c controllers without requiring significant upgrades. This makes retrofitting old machinery easy.

Safety and security functions include overvoltage and overcurrent security. These avoid damage to linked gadgets throughout voltage spikes or short circuits. Operators avoid unexpected downtime and repair work expenses.

The stage control thyristor SCR 1600V 25A fulfills global requirements for efficiency and dependability. Its flexibility throughout industries makes it a functional option for modern power management requirements.

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.

Ka whakaaehia te utu ma te kaari nama, T/T, Uniana ki te Hauauru, me te Paypal. Ka tukuna e PDDN nga taonga ki nga kaihoko ki tawahi ma te FedEx, DHL, ma te moana, ma te hau ranei. If you want high-quality phase control thyristor scr 1600V 25a, tena koa tukuna mai he patai; ka noho matou ki te awhina i a koe.

Nga Tikanga Utu

L/C, T/T, Western Union, Paypal, Kaari nama etc.

Tukunga

Ma te moana, mā te hau, mā te whakapuaki, kia rite ki te tono a nga kaihoko.

Nga Tikanga Rokiroki

1) Rokiroki i roto i te taiao maroke i te pāmahana rūma.

2) A ape i te makuku me te pāmahana teitei.

3) Whakamahia i muri tonu i te whakatuwheratanga o te peeke takai o roto.

5 FAQs of phase control thyristor scr 1600V 25a

What is a phase control thyristor SCR 1600V 25A?
A phase control thyristor SCR (rectifier-whakawhirinaki silicon) handles high-power AC voltage regulation. It operates at 1600 volts blocking voltage and 25 amps average current. This device controls power flow by adjusting the AC waveform’s phase angle. It turns on when a trigger signal is applied to its gate terminal. Once conducting, it stays on until the current drops below a threshold.

Where is this thyristor commonly used?
This thyristor suits industrial applications needing precise power control. Examples include motor speed controllers, temperature regulation systems, and lighting dimmers. It works in AC circuits where adjusting voltage or current levels is required. High-voltage environments like industrial heaters or welding equipment also use this component.

Why choose a 1600V voltage rating?
The 1600V rating ensures reliability in high-voltage systems. It provides a safety margin for voltage spikes or fluctuations. This prevents breakdown during surges. Systems operating below 1600V benefit from extended device lifespan. Overrated voltage capacity reduces failure risks in demanding conditions.

How does thermal management work for this thyristor?
Proper heat dissipation is critical. Mount the thyristor on a heatsink using thermal grease. Airflow or cooling systems help maintain safe temperatures. Excessive heat lowers efficiency and damages the device. Monitoring junction temperature during operation avoids overheating. Follow manufacturer guidelines for thermal resistance limits.

What ensures stable triggering of the SCR?
A consistent gate signal is necessary. Use a pulse generator with adequate voltage and current for the gate. Electrical noise near the gate circuit can cause false triggering. Shielding or filtering minimizes interference. Ensure the trigger pulse aligns with the AC waveform’s phase for accurate control. Test gate signals under load conditions for reliability.

(phase control thyristor scr 1600V 25a)