PHASE CONTROL THYRISTOR T508N16TOF TN14 T N

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 T508N16TOF TN14 T N)

Specification of PHASE CONTROL THYRISTOR T508N16TOF TN14 T N

The PHASE CONTROL THYRISTOR T508N16TOF TN14 T N is a high-power semiconductor gadget made for exact phase-angle control in air conditioner power circuits, enabling effective regulation of voltage and existing in industrial applications. It is engineered for effectiveness and reliability popular atmospheres, such as electric motor drives, power materials, and commercial furnace. Below are its essential specifications:

** Electric Qualities: **.
– ** Voltage Ratings: **.
– Recurring Peak Off-State Voltage (V_DRM): 1600 V.
– Repetitive Peak Reverse Voltage (V_RRM): 1600 V.
– Optimum RMS On-State Voltage: 1100 V.
– Crucial Rate of Voltage Surge (dv/dt): 1000 V/ µs (meneti).

– ** Current Scores: **.
– Ordinary On-State Current (I_TAV): 508 A (at instance temperature 85 ° C, sine wave).
– Non-Repetitive Surge Current (I_TSM): 8.5 kA (half-sine wave, 10 ms).
– Gateway Trigger Present (I_GT): 50– 150 mA (normal to max).
– Gate Trigger Voltage (V_GT): 1.5– 3 V (common to max).

** Thermal Qualities: **.
– Operating Joint Temperature Range: -40 ° C ki +125 ° C.- Thermal Resistance (Junction to Situation): 0.08 ° C/W.
– Storage Temperature Level Range: -40 ° C ki
+150 ° C. ** Mechanical Specifications: **.
– Plan Kind: Press-fit or screw-mounted stud layout (TO-94 variant) with integrated flange for heat dissipation.
– Weight: About 450 karamu.
– Terminals: High-conductivity copper alloy with corrosion-resistant plating.

** Performance Qualities: **.
– Low transmission losses due to optimized silicon wafer layout.
– High surge existing capacity for overload security.
– Shielded casing for secure integration into power modules.
– Certified with industrial requirements for EMC and security.

** Applications: **.
– Phase-controlled rectifiers, soft beginners, me nga kaiwhakahaere ngaohiko.
– Industrial electric motor speed control, taputapu fehokotaki'anga, and UPS systems.
– Renewable resource inverters and grip systems.

The T508N16TOF TN14 T N supplies long-lasting stability under cyclic loads and is tested for high integrity in severe thermal and electrical problems. Its layout makes sure marginal switching losses and compatibility with typical warmth sinks for effective thermal administration. For ideal performance, follow suggested gate drive criteria and placing torque (max 30 Nm) to keep mechanical integrity. This thyristor is excellent for designers seeking an equilibrium of high voltage handling, thermal performance, and accurate control in durable AC power systems.

(PHASE CONTROL THYRISTOR T508N16TOF TN14 T N)

Applications of PHASE CONTROL THYRISTOR T508N16TOF TN14 T N

The PHASE CONTROL THYRISTOR T508N16TOF TN14 T N is a high-power semiconductor gadget developed for precise control of a/c power in industrial and commercial applications. With a voltage ranking of 1600V and a current handling ability of up to 508A, this thyristor is crafted to manage high-power lots effectively. Its stage control ability permits it to control the transmission angle of alternating existing, making it possible for smooth modification of power delivery to motors, pūnaha whakawera, and various other resistive or inductive lots.

A main application of the T508N16TOF TN14 T N is in commercial motor speed control systems. By changing the phase angle of the AC waveform, it enables accurate torque and rate regulation in sturdy electric motors made use of in manufacturing, conveyor systems, and pumps. It is likewise widely made use of in heating control systems, such as electrical heaters and temperature-regulated stoves, where keeping consistent power levels is important for procedure precision.

In power electronic devices, this thyristor functions as a crucial element in air conditioning voltage regulatory authorities and soft beginners, minimizing inrush currents and mechanical stress and anxiety in tools like compressors and transformers. Its rugged design and high surge present tolerance make it appropriate for welding equipments, where rapid and reliable changing is required to take care of high-current arcs.

Renewable resource systems, consisting of wind and solar inverters, use the T508N16TOF TN14 T N for transforming and supporting DC power right into grid-compatible air conditioning power. Its reduced thermal resistance and robust construction make sure dependable efficiency under constant procedure in extreme settings.

In addition, this thyristor is used in lighting control applications, such as dimming systems for massive industrial or stage lighting, where smooth phase-angle modulation is crucial. Its compatibility with snubber circuits and gateway motorist ICs simplifies integration into complicated control systems.

The T508N16TOF TN14 T N includes a press-fit plan for easy installing and optimal warmth dissipation, critical for high-power applications. With its high dependability, reduced leakage present, and quick changing abilities, it is a favored choice for engineers looking for resilient and effective power control remedies in markets like energy, manufacturing, and automation.

Kōtaha Kamupene

Luoyang Datang Energy Tech 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 T508N16TOF TN14 T N, 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 T508N16TOF TN14 T N

What are the key specifications of the PHASE CONTROL THYRISTOR T508N16TOF TN14 T N?
The T508N16TOF TN14 T N is a high-power phase-control thyristor designed for industrial applications. It features a maximum repetitive off-state voltage (Vdrm) of 1600V, an average forward current (Itav) of 508A, and a surge current (Itsm) of 8.5kA. The gate trigger current (Igt) is typically 200mA, with a gate trigger voltage (Vgt) of 1.5V. It operates in a standard module package with integrated thermal protection for reliable performance.

What are the typical applications of this thyristor?
This thyristor is commonly used in AC power control systems, including motor speed controllers, nga kaiwhakahaere ngaohiko, industrial heating systems, and lighting control. It is ideal for phase-angle control in rectifiers, soft starters, and power converters where precise regulation of high-voltage or high-current AC loads is required.

What is the operating temperature range for the T508N16TOF TN14 T N?
The device can operate within a junction temperature range of -40°C to +125°C. Proper heatsinking is critical to maintain thermal stability, and the module should be mounted on a heatsink with a thermal resistance below 0.08°C/W. Storage temperatures should remain between -40°C and +100°C to preserve longevity.

How should this thyristor be mounted and installed?
Mount the thyristor on a flat, clean heatsink using thermally conductive grease to minimize thermal resistance. Tighten mounting hardware evenly to the recommended torque (typically 2.5-3.0 Nm) to avoid mechanical stress. Ensure electrical isolation if the heatsink is grounded. Follow the datasheet for terminal connections to prevent reverse polarity or gate circuit damage.

What protection measures are needed when using this thyristor?
Implement snubber circuits to suppress voltage transients during switching. Use fast-acting fuses or circuit breakers to protect against overcurrent. Ensure proper gate drive signals to avoid unintended triggering. Isolation and grounding practices must comply with safety standards. Regular thermal monitoring is advised to prevent overheating under high-load conditions.

(PHASE CONTROL THYRISTOR T508N16TOF TN14 T N)