Thyristor Suppliers in Bengaluru, Karnataka

Thyristors in Bengaluru, Karnataka, play a critical role in industrial systems that require efficient switching and reliable power control. These semiconductor devices are widely used in motor drives, power supplies, rectifiers, and automation equipment across Bengaluru’s industrial clusters such as Peenya, Bommasandra, Whitefield, and Electronic City. Their ability to control high power loads makes them indispensable for ensuring safety, stability, and operational efficiency in industrial processes.

The versatility of Thyristors allows them to be applied across multiple sectors in Bengaluru. In automotive manufacturing, they are used in welding equipment and variable motor drives. In power electronics, they regulate voltage in substations and energy systems. In electronics and IT hardware facilities around Whitefield and Hosur Road, fast-switching Thyristors are applied in automation and control equipment where precision timing is essential.

Different types of Thyristors are available for industry-specific applications. Phase-controlled types are ideal for rectifiers and motor drives, while fast-switching Thyristors are suited to high-frequency circuits. Light-triggered and gate turn-off variants are used in advanced automation and electronics requiring accurate and stable performance. This range ensures that industries in Bengaluru can select the right solution for their technical and operational needs.

Leading global brands supply high-performance Thyristors to Bengaluru industries. Companies such as Infineon, ABB, Fuji Electric, STMicroelectronics, Toshiba, Mitsubishi Electric, Vishay, Siemens, Hitachi, Autonics, General Electric (GE), and Semikron provide modules with improved thermal characteristics, higher current ratings, and compact packaging to support modern industrial applications.

When sourcing Thyristors in Bengaluru, it is important to evaluate their specifications to match system requirements. Some of the most important parameters include:

• Repetitive Peak Off-State Voltage (V_DRM, V_RRM): Defines maximum blocking voltage, typically ranging from 400V to 6.5kV.
• Average On-State Current (I_T(AV)): Continuous current capacity ranging from a few amperes up to several kiloamperes.
• Surge Current (I_TSM): Non-repetitive peak current tolerance, often 10–20 times the rated current.
• Gate Trigger Current & Voltage: Minimum current and voltage needed to initiate conduction, usually in the mA range.
• Holding & Latching Current: Minimum current values required to sustain conduction after switching on.
• Turn-Off Time (t_q): Recovery time for regaining blocking capability, important for high-speed circuits.
• Thermal Limits: Junction temperature ratings from 125°C to 150°C, along with efficient heat dissipation design.

For example, a typical high-power Thyristor module may feature a blocking voltage of 1800V, average current rating of 500A, surge capacity of 10kA, and junction temperature of 140°C, packaged in a press-pack housing for heavy-duty use in industrial motor drives.

Bengaluru industries benefit from the wide availability of Thyristors through multiple wholesalers and Suppliers who cater to diverse requirements. Companies operating in Peenya, Yelahanka, Bidadi, and Electronic City can source these devices to integrate into power systems, automation equipment, and rectifier applications. With competitive options, businesses can compare technical parameters and choose the most suitable solutions.

IndMALL acts as a trusted B2B marketplace where industrial companies in Bengaluru can connect with multiple Suppliers for Thyristors. By using this platform, businesses can quickly obtain specifications, compare quotes, and secure efficient solutions for their power control and automation needs.

Whether it is a phase-controlled Thyristor for industrial rectifiers, a fast-switching variant for electronics, or a high-current design for heavy-duty motor drives, Bengaluru industries have access to reliable products from leading brands. This availability ensures that automation systems, power electronics, and manufacturing processes run with efficiency and long-term durability.