Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor

Mhedziso yeFast Turn-Off Thyristor (GTO)

Kukurumidza Kudzima Thyristor, inowanzonzi Gate Turn-Off Thyristor (GTO), imhando ye semiconductor mudziyo unogona kuvhurwa nekudzimwa nechiratidzo chegedhi rayo. Kusiyana nemhando thyristors, iyo inogona kungobatidzwa nechiratidzo chegedhi uye kudzimwa nekudzikisa ikozvino kuyerera kuburikidza navo pazasi pechimwe chikumbaridzo. (kubata ikozvino), MaGTO anogona kuvharika achidzima nekushandisa isina kunaka gedhi pulse. Kugona uku kunobvumira kunyatso kudzora pamusoro pechishandiso chekuchinja maitiro.
MaGTO anoshandiswa mune akakwira-simba maapplication senge mota madhiraivha, zvigadzirwa zvemagetsi, uye inverters, kwavanofambisa kukurumidza uye kudzorwa kuchinjika kwemafungu makuru. Ivo vanoshanda pamhepo yakakwira uye voltages kupfuura mamwe marudzi mazhinji ematransistors, zvichiita kuti dzive dzakakodzera kune zvinorema-basa maindasitiri uye zvekutengesa zvikumbiro.

Zvimiro zveFast Turn-Off Thyristor (GTO)

Active Turn-Off Kugona: Inogona kudzimwa nekushandisa gadheni rekushaya simba, kupa kutonga kuri nani pamusoro pekuchinja.
High Power Kubata: Kugona kutonga masimba epamusoro, nezviyero zvinowanzopfuura izvo zveyakajairika thyristors.
Kukurumidza Kuchinja: Yakagadzirirwa kukurumidza kuvhura uye yekudzima nguva, kugonesa kushanda kwakanaka mumaseketi ekushandura magetsi.
Huru Yazvino Kugona: Kugona kubata akakosha macurrents, zvichiita kuti zvive zvakanaka kune zvikumbiro zvinoda kuendeswa kwemagetsi.
High Voltage Kushivirira: Inogona kutsungirira high voltages, zvichibatsira pakuvimbika kwavo munzvimbo dzinoda.
Low On-State Voltage Drop: Inoderedza kurasikirwa kwemagetsi pakuitisa, kuvandudza kushanda kwese.
Gate Drive Zvinodiwa: Inoda kungwarira dhizaini yegedhi dhiraivha maseketi kuti ive nechokwadi chekuvimbika chekubatidza uye kudzima mabasa.
Complex Control Circuits: Nekuda kwekudiwa kwezvose zviri zviviri zvakanaka uye zvisina kunaka gedhi pulses, control circuitry inogona kuomesesa kana ichienzaniswa neiri nyore thyristors.
Snubber Circuits: Kazhinji inoda snubber maseketi kudzivirira kubva kune voltage spikes panguva yekuchinja.
Thermal Management: Kunyatsopisa kupisa kwakakosha nekuda kwemazinga emagetsi epamusoro anosanganisirwa.

(Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor)

Specification of Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor

The W0503RD200 is a high-performance stud-type Entrance Turn-Off (GTO) thyristor developed for durable power control applications. It integrates sophisticated semiconductor innovation with a tough mechanical construction, making it suitable for high-voltage, high-current changing in commercial and power systems.

Secret Specifications: .
– Voltage Ratings: .
– Recurring Peak Off-State Voltage (V_DRM): 2000 V.
– Repetitive Peak Opposite Voltage (V_RRM): 2000 V.
– Optimum On-State Voltage Decrease (V_T): 2.5 V uye 300 A.
– Present Scores: .
– Ordinary On-State Current (I_TAV): 300 A.
– Height Rise Current (I_TSM): 3000 A (isingadzokorore).
– Critical Price of Increase of On-State Current (di/dt): 200 A/ µs
. – Entrance Characteristics: .
– Trigger Existing (I_GT): 200 mA (max).
– Turn-On Time (t_gt): 3 µs (normal).
– Turn-Off Time (t_q): 25 µs (common).
– Reverse Gateway Voltage (V_RGM): -5 V (max).
– Thermal Properties: .
– Operating Joint Temperature (T_J): -40 °C kusvika +125 °C. -Thermal Resistance Junction-to-Stud (R_thJS): 0.05 ° C/W.
– Mechanical Details: .
– Bundle: Stud-mounted design with M16 threaded stud for secure warmth sinking.
– Stud Material: Copper alloy with nickel plating for rust resistance.
– Kurema: Approx. 200 magiramu.
– Dimensions: 30 mm size base, 40 mm height.

Applications: .
The W0503RD200 is optimal for high-power correction, motokari inotyaira, AC/DC converters, uye maindasitiri inverters. It is typically utilized in electrical traction systems, renewable resource converters (e.g., wind/solar), and HVDC transmission because of its fast switching and high rise tolerance.

Features: .
– High blocking voltage capacity guarantees integrity sought after atmospheres.
– Reduced thermal resistance makes it possible for efficient warmth dissipation, decreasing thermal stress.
– Robust stud building and construction gives mechanical security and simple assimilation right into heatsink assemblies.
– Optimized gateway drive requirements simplify control wiring.

Conformity: .
RoHS and REACH certified, with qualifications satisfying worldwide standards for industrial electronics.

Notes: .
Correct mounting torque (suggested 15 Nm) and thermal paste application are critical for ideal performance. Gate drive circuits should follow defined voltage/current limitations to prevent damages. The tool is not advised for air conditioner line-frequency switching due to its GTO style.

This thyristor is engineered for systems needing exact, high-power changing with lasting resilience under extreme electrical and thermal problems.

(Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor)

Applications of Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor

The W0503RD200 Stud Thyristor is an Entrance Turn Off (GTO) thyristor developed for high-power applications calling for exact control, robust efficiency, and efficient thermal administration. Its stud-mounted building and construction makes sure premium heat dissipation, making it optimal for settings with high thermal stress and anxiety. With high voltage and current scores, this tool masters demanding commercial, simba, and transport systems.

Industrial Motor Drives : The W0503RD200 is extensively made use of in variable-speed electric motor drives and automation systems. Its capacity to take care of high currents and switch rapidly enables accurate control of AC/DC motors, enhancing performance in manufacturing, marobhoti, and hefty machinery.

Renewable Energy Systems : In solar inverters and wind power converters, this thyristor makes it possible for reliable DC-AC conversion, making certain secure grid combination. Its high voltage resistance and thermal durability make it ideal for varying power inputs and extreme outdoor conditions.

Traction Systems : Electric trains, mota dzetambo, and hybrid vehicles rely upon this GTO thyristor for traction control. It manages high-power changing in propulsion systems, guaranteeing smooth velocity and regenerative stopping while standing up to mechanical resonances and temperature level variants.

HVDC Transmission : High Voltage Direct Current (HVDC) systems utilize the W0503RD200 for long-distance power transmission. Its reduced conduction losses and fast turn-off ability enhance grid security and power efficiency, decreasing downtime in utility-scale networks.

Induction Heating : In metal processing and manufacturing, this thyristor powers induction heating tools by delivering controlled high-frequency currents. Its precision allows consistent heating for creating, welding, and annealing applications.

Masimba Asingapindiki (UPS): Important centers like information centers and hospitals utilize the thyristor in UPS systems for smooth power backup. Its quick switching makes certain very little downtime during failures, protecting delicate equipment.

Medical Devices : High-energy systems like MRI machines and radiotherapy gadgets benefit from the thyristor’s reliable power regulation, guaranteeing person security and operational accuracy.

The W0503RD200 Stud Thyristor incorporates durability with advanced control, making it a foundation of contemporary power electronics. Its convenience throughout sectors comes from its high surge tolerance, thermal efficiency, and capacity to run in severe conditions, making certain long-term dependability and efficiency.

Profile yekambani

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) ndeimwe yemabhizinesi anotungamira mumagetsi emagetsi tekinoroji uye zvigadzirwa zvemagetsi, iyo inobatanidzwa zvizere mukugadzira solar inverters， transformers, voltage regulators, kugovera makabati, thyristors， modules， diodes， heaters, uye zvimwe zvigadzirwa zvemagetsi kana semiconductors. Tichazvipira kupa vashandisi nemhando yepamusoro, zvigadzirwa zvakanaka uye basa rine hanya.

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Shipment

Negungwa, nemhepo, by express, sekukumbira kwevatengi.

Storage Conditions

1) Chengetedza munzvimbo yakaoma panzvimbo yekupisa.

2) Dzivisa kunyorova uye kupisa kwakanyanya.

3) Shandisa pakarepo mushure mekuvhura bhegi remukati rekutakura.

5 FAQs of Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor

The Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor is a high-power semiconductor device designed for efficient switching in demanding applications. Here are five frequently asked questions about this component:

1. What is the W0503RD200 Thyristor used for?
The W0503RD200 is a Gate Turn-Off (GTO) thyristor capable of being turned on and off via its gate terminal, unlike standard thyristors. It is designed for high-voltage and high-current switching in industrial applications such as motor drives, magetsi inverters, welding midziyo, uye traction systems. Its stud-mounted design ensures robust mechanical and thermal performance.

2. What are the key specifications of the W0503RD200?
This thyristor features a repetitive peak off-state voltage (VDRM) of 200V, an average on-state current (ITAV) of 50A, and a surge current rating (ITSM) of 500A. It requires a gate trigger current (IGT) of 200mA and has a maximum junction temperature of 125°C. The stud mounting ensures efficient heat dissipation.

3. How does a GTO thyristor differ from a standard SCR?
Unlike a conventional SCR, which latches on until the current drops to zero, a GTO thyristor can be turned off by applying a negative gate pulse. This allows precise control over switching timing, making it ideal for applications requiring rapid turn-off without external commutation circuits.

4. What are the thermal management requirements?
Proper heat sinking is critical. The stud base must be mounted on a heatsink with thermal grease to maintain junction temperature within limits. Ensure the mounting surface is clean and torqued to the manufacturer’s specification (kazhinji 10-12 Nm) to avoid overheating or mechanical failure.

5. Can this thyristor handle repetitive high-voltage spikes?
Ehe, the W0503RD200 is designed to withstand repetitive voltage transients up to 200V. Zvisinei, for reliability, use snubber circuits or voltage clamping devices in circuits prone to voltage spikes. Always operate within the datasheet’s absolute maximum ratings to prevent damage.

This thyristor is ideal for engineers seeking reliable, high-power switching with precise control in industrial and automotive systems.

(Hot ing Gate Turn Off Thyristor W0503RD200 Stud Thyristor)