High power thyristor for phase control 1800V

位相制御サイリスタの概要

位相制御サイリスタ, トライアックまたはSCRと呼ばれることが多い (シリコン制御整流器) 特定のアプリケーションでは, AC波形が伝導できる位相角を調整することによって、負荷に供給される電力量を制御するために使用される半導体デバイスです。. この制御方法は、位相角制御または単に位相制御として知られています。. 位相制御サイリスタは、電力の正確な調整を必要とするさまざまな用途で広く使用されています。, 照明調光器など, モーター速度制御, 温度コントローラー, などなど.

位相制御サイリスタの特長

位相角制御: AC波形の各半サイクル内で伝導点を調整できます。, 負荷に供給される平均電力を正確に制御可能.

高効率: 実行時の損失を最小限に抑えて動作します, 効率的な電力制御を提供する.

双方向導電性 (トライアック): ACアプリケーション用, トライアックは両方向に電流を流すことができます, AC負荷の全波制御に適しています。.

一方向導電性 (SCR): SCR は一方向にのみ電流を流し、通常は AC または DC 負荷の半波制御に使用されます。.

ゲートトリガー: ゲート端子に微小電流を流すと導通が始まります。, ターンオンポイントを簡単に制御可能.

ラッチング電流: トリガーされると, サイリスタは、そこを流れる電流が保持電流と呼ばれる特定のレベルを下回るまで導通し続けます。.

温度感度: パフォーマンスは温度変化によって影響を受ける可能性があります, 設計時に熱管理を考慮する必要がある.

電圧と電流の定格: さまざまなアプリケーションのニーズに合わせて、幅広い電圧および電流定格を用意しています.

ノイズの発生: 電磁干渉を発生させる可能性がある (EMI), 敏感な用途では適切なフィルタリングとシールドが必要.

保護メカニズム: 多くの場合、デバイスと接続されたシステムを保護するために、過電圧および過電流状態に対する保護機能が組み込まれています。.

(High power thyristor for phase control 1800V)

Specification of High power thyristor for phase control 1800V

This high-power thyristor is created for phase control applications needing durable voltage managing up to 1800V. It guarantees dependable efficiency in commercial power systems, motor controls, and heavy-duty electric tools. The gadget includes an optimum repetitive off-state voltage of 1800V, making it appropriate for high-voltage atmospheres. Its average on-state present reaches 400A, sustaining continual procedure under requiring tons. The thyristor’s important rate of rise of off-state voltage (dv/dt) goes beyond 1000V/ μs, minimizing unexpected triggering throughout voltage spikes.

Gateway trigger specifications are enhanced for accuracy. Eviction trigger present remains listed below 200mA, reducing control circuit complexity. Eviction trigger voltage continues to be under 3V, making sure compatibility with basic vehicle driver circuits. A reduced holding current of 50mA enables secure transmission also under changing lots conditions. The thyristor runs successfully throughout a temperature range of -40 ℃～ 125 ℃, maintaining functionality in extreme atmospheres. Thermal resistance from joint to instance is maintained 0.12 ℃/W, improving heat dissipation and prolonging life span.

The bundle uses a press-fit design for easy installation and safe mechanical get in touch with. Electrically isolated bases simplify combination into multi-device arrangements. Reverse blocking ability stops current heartburn, safeguarding linked components. The thyristor satisfies global requirements for safety and security and efficiency, IEC および UL 認証で構成される. Checking includes extensive surge existing validation, standing up to 10kA non-repetitive optimal existing for 10ms.

Applications extend AC power regulatory authorities, soft beginners, and illumination control systems. Its tough construction resists vibration and thermal stress and anxiety, perfect for harsh commercial settings. Upkeep demands are marginal as a result of the device’s solid-state layout and long lasting products. Custom configurations are offered for specific voltage or current requirements. Conformity with RoHS regulations makes sure ecological safety and security.

The item includes thorough datasheets with efficiency contours, thermal derating guidelines, and installation directions. Technical assistance is provided for circuit design optimization and troubleshooting.

(High power thyristor for phase control 1800V)

Applications of High power thyristor for phase control 1800V

High power thyristors for stage control at 1800V are crucial parts in taking care of large-scale electric systems. These tools deal with specific guideline of AC power by adjusting the transmission angle. Their 1800V rating ensures they run reliably in high-voltage atmospheres. This makes them suitable for commercial applications where stability and effectiveness issue.

One key use is electric motor rate control. High power motors in markets like manufacturing or mining call for smooth modifications. Thyristors allow this by changing voltage levels supplied to the electric motor. The 1800V capability permits taking care of heavy loads without failures.

An additional application is power grid monitoring. Utilities use these thyristors to stabilize voltage variations. They readjust power circulation in real-time to prevent overloads. The high voltage ranking ensures compatibility with grid-level systems. This minimizes downtime and enhances grid reliability.

Industrial heating systems likewise count on these thyristors. Heating systems or induction heating systems require accurate temperature control. Stage control thyristors modulate power input to maintain regular heat levels. The 1800V rating sustains operation in high-power home heating arrangements usual in metal processing or chemical plants.

Renewable energy systems profit too. Solar farms or wind generators utilize thyristors to handle power conversion. The 1800V ranking handles variable outputs from eco-friendly sources. This ensures effective energy transfer to the grid.

Trick features include robust thermal performance. High power thyristors dissipate warmth successfully. This protects against overheating throughout prolonged use. Rapid changing ability reduces power loss. It additionally enhances feedback times in vibrant applications.

Longevity is one more advantage. These thyristors withstand harsh conditions like voltage spikes or temperature level changes. This extends their life-span sought after atmospheres. Maintenance costs remain low consequently.

Industries like steel production, energy circulation, and transportation rely on these tools. Their capability to take care of high voltages with precision supports intricate operations. Reliability under tension makes them a recommended selection for engineers.

The style focuses on compatibility with existing systems. Combination right into control circuits is simple. This decreases configuration time and functional disruptions. Personalized configurations are available for specialized needs.

High power thyristors at 1800V equilibrium performance and safety. They meet international criteria for electrical components. Certifications guarantee compliance with sector laws. Users trust their consistency in vital applications.

会社概要

PDDN フォトエレクトロン テクノロジー株式会社, 株式会社(sales@pddn.com) パワーエレクトロニクス技術とパワー製品の大手企業の1つです, 太陽光発電インバーターの開発に全面的に取り組んでいます， 変圧器, 電圧レギュレータ, 配電盤, サイリスタ， モジュール， ダイオード， ヒーター, およびその他の電子デバイスまたは半導体. ユーザーに高品質なサービスを提供することに尽力していきます, 効率的な製品と思いやりのあるサービス.

クレジットカードによる支払いを受け付けます, T/T, ウェストユニオン, とペイパル. PDDN は FedEx を通じて海外の顧客に商品を発送します。, DHL, 海によって, または空路で. If you want high-quality High power thyristor for phase control 1800V, お問い合わせをお送りください; 私たちはあなたを助けるためにここにいます.

支払い方法

信用状, T/T, ウエスタンユニオン, ペイパル, クレジットカードなど.

出荷

海沿い, 飛行機で, 速達で, 顧客の要求に応じて.

保管条件

1) 室温の乾燥した環境に保管してください.

2) 湿気や高温を避けてください.

3) 内包装袋開封後はすぐにご使用ください.

5 FAQs of High power thyristor for phase control 1800V

What is a high-power thyristor for phase control?
A high-power thyristor controls electrical power in AC systems. It switches or adjusts large currents. The 1800V rating means it handles high-voltage applications. This device is solid-state, making it reliable for heavy industrial use.

Why choose an 1800V voltage rating?
Higher voltage ratings prevent device failure in demanding environments. The 1800V threshold offers safety margins in systems with voltage spikes. It suits motor controls, lighting systems, or power converters. This rating ensures stability under fluctuating loads.

How does phase control work with this thyristor?
Phase control adjusts the power delivered to a load by cutting the AC waveform. The thyristor triggers at specific points in the voltage cycle. This delays current flow, reducing average power. It allows precise management of speed, 温度, or brightness in equipment.

What applications need this thyristor?
産業用モータードライブ, HVAC systems, and railway traction often use these thyristors. High-power processes like metal smelting or welding rely on phase control. Renewable energy inverters also benefit from their voltage handling. Any system requiring adjustable AC power might need this component.

How is reliability maintained in high-power scenarios?
Proper heat management is critical. Mounting the thyristor on a heatsink prevents overheating. Voltage clamping circuits protect against surges. Regular testing under load checks performance. Following datasheet limits for current and temperature avoids premature failure.

(High power thyristor for phase control 1800V)