Thyristor Diode Module TD180N16KOF

Overview of Thyristor Diode Module TD180N16KOF

Els mòduls de díodes són conjunts formats per diversos díodes que s'ajunten per formar un sol, unitat fàcil d'instal·lar. S'utilitzen àmpliament en electrònica de potència per a la rectificació (convertir AC en DC), protecció dels circuits de sobretensió i corrent inversa, i moltes altres aplicacions. Els mòduls de díodes normalment contenen diferents tipus de díodes, com ara díodes de recuperació ràpida, Díodes Schottky, etc., per adaptar-se als requisits específics de l'aplicació.

 

Features of Thyristor Diode Module TD180N16KOF

Alta fiabilitat: Mitjançant la integració de múltiples díodes, es redueix el risc de fallada d'un sol component.

Disseny simplificat: L'ús de mòduls pot reduir els requisits d'espai de PCB i simplificar el disseny del circuit.

Alta eficiència: Alguns mòduls de díodes utilitzen materials i tecnologies avançades per proporcionar una menor caiguda de tensió directa i una major eficiència.

Bona dissipació de calor: Molts mòduls estan dissenyats amb camins eficients de dissipació de calor per garantir un funcionament estable en condicions d'alta potència.

Fàcil d'instal·lar i mantenir: L'embalatge estandarditzat fa que la instal·lació i la substitució sigui més fàcil i ràpida.

(Thyristor Diode Module TD180N16KOF)

Specification of Thyristor Diode Module TD180N16KOF

The Thyristor Diode Module TD180N16KOF is developed for high-power commercial applications. It integrates a thyristor and diode in a single bundle. The module deals with high voltage and existing with dependability. The thyristor has a blocking voltage of 1600V. The average forward existing rating is 180A. This makes it appropriate for heavy-load systems like electric motor drives or power converters.

The diode area supports reverse voltages approximately 1600V. Its typical forward current matches the thyristor’s 180A score. The reduced forward voltage drop lessens power loss. This boosts power performance in operation. Both components make use of sophisticated semiconductor materials. These materials ensure secure performance under high stress.

Thermal monitoring is an essential function. The component uses a press-pack style. This enables direct mounting to warm sinks. The framework reduces thermal resistance. It boosts warmth dissipation during constant use. The operating junction temperature ranges from -40 °C a 125 °C. This large range sustains usage in rough environments.

Changing efficiency is optimized for rate. The thyristor has a rapid turn-on time. The diode recovers swiftly from reverse prejudice. These characteristics minimize switching losses. They make it possible for high-frequency procedure in circuits. The module’s gateway trigger current is reduced. This streamlines control circuit design.

Defense functions include overvoltage and overcurrent resistance. The layout holds up against unexpected voltage spikes. It stands up to short-circuit problems without failing. Seclusion voltage in between terminals and the base plate gets to 2500V. This protects against leakage currents in high-voltage configurations.

Mechanical construction is robust. The module uses compression-bonded technology. This guarantees strong mechanical honesty. It withstands vibration and shock in industrial setups. The terminals are corrosion-resistant. They keep connection in damp or dusty conditions.

Conformity with international standards is ensured. The component fulfills IEC and UL requirements. It is checked for safety and dependability. Applications include AC/DC electric motor control, Sistemes SAI, and renewable energy inverters.

The TD180N16KOF is constructed for lengthy service life. Its materials withstand aging under high temperatures. Maintenance demands are very little. It is a cost-effective option for high-power electronic systems.

(Thyristor Diode Module TD180N16KOF)

Applications of Thyristor Diode Module TD180N16KOF

The Thyristor Diode Component TD180N16KOF is constructed for high-power control in commercial systems. It takes care of heavy voltage and present levels. This makes it a trustworthy option for demanding settings. The component combines thyristors and diodes in a solitary plan. This style simplifies circuit designs. It also decreases area demands in equipment.

One key use remains in electric motor drives. The module handles rate and instructions in big electric motors. Manufacturing facilities count on this for machinery like conveyor belts or pumps. It ensures smooth operation under hefty tons. One more application is in power materials. The TD180N16KOF stabilizes output in high-current systems. This prevents voltage decreases throughout peak demand.

Industrial heater take advantage of this module. It manages power delivery to burner. This permits specific temperature adjustments. The component’s sturdiness suits long-running processes. Renewable resource systems also use it. Inverters for solar or wind power rely on efficient changing. The component deals with fast on-off cycles without overheating.

Welding equipment is an additional location. The TD180N16KOF controls current in welding makers. This boosts arc security and weld high quality. Its rugged building withstands rough workshop conditions. The module is additionally used in UPS systems. It provides backup power during outages. Fast action times maintain important operations running.

The TD180N16KOF features high thermal performance. Its layout spreads out warmth evenly. This minimizes hot spots and prolongs life-span. Isolation between parts stops electrical disturbance. Maintenance demands are marginal. Users save time and expenses over the item’s life time.

Compatibility with conventional control circuits is an and also. Engineers incorporate it easily right into existing setups. Checking verifies reliability under severe temperature levels and vibrations. Security accreditations satisfy global requirements. Industries like production, energy, and transportation depend on this component.

The component’s small size does not compromise power. It sustains high-density setups. Upgrades or replacements are simple. Manufacturers value its equilibrium of performance and simpleness.

Perfil de l'empresa

PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) és una de les empreses líders en tecnologia d'electrònica de potència i productes d'energia, que participa plenament en el desenvolupament d'inversors solars， transformadors, reguladors de tensió, armaris de distribució, tiristors， mòduls， díodes， escalfadors, i altres dispositius electrònics o semiconductors. Ens comprometrem a oferir als usuaris una alta qualitat, productes eficients i servei atent.

Accepta pagament amb targeta de crèdit, T/T, Unió Oest, i Paypal. PDDN enviarà la mercaderia als clients a l'estranger a través de FedEx, DHL, per mar, o per aire. If you want high-quality Thyristor Diode Module TD180N16KOF, si us plau, envieu-nos consultes; estarem aquí per ajudar-te.

Mètodes de pagament

L/C, T/T, Western Union, Paypal, Targeta de crèdit, etc.

Enviament

Per mar, per aire, per express, tal com ho demanen els clients.

Condicions d'emmagatzematge

1) Emmagatzemar en un ambient sec a temperatura ambient.

2) Eviteu la humitat i les altes temperatures.

3) Feu servir immediatament després d'obrir la bossa d'embalatge interior.

5 FAQs of Thyristor Diode Module TD180N16KOF

The TD180N16KOF Thyristor Diode Module controls high-power electrical systems. It handles up to 1800V voltage and 180A current. This module switches and regulates power in industrial equipment. Engineers use it in motor controls, fonts d'alimentació, and energy converters. It combines thyristors and diodes in one package for efficient operation.

People ask what makes this module stand out. It supports high voltage and current with low thermal resistance. The design ensures stable performance under heavy loads. It uses advanced materials to handle heat better. The module’s structure prevents overheating failures. It fits standard mounting setups for easy integration.

Common uses include industrial motor drives and welding machines. It works in UPS systems to keep power steady during outages. Factories rely on it for machinery needing precise power control. Renewable energy systems use it to manage power flow. Harsh environments like mining or steel plants benefit from its durability.

Installing the module requires attention to heat management. Use a heatsink rated for its power level. Apply thermal paste to improve contact between surfaces. Secure electrical connections to avoid arcing or loose contacts. Check insulation between the module and other components. Avoid mounting near vibrations or moisture sources.

Lifespan depends on operating conditions and maintenance. Running it within rated specs extends durability. Excessive heat or voltage spikes shorten its life. Regular cleaning prevents dust buildup blocking cooling. Monitor performance for early signs of wear. Replace the module if efficiency drops noticeably.

(Thyristor Diode Module TD180N16KOF)