Thyristor C106DG TO-126 for Arduino & Electronics

The C106DG Thyristor is a reliable silicon controlled rectifier (SCR) designed for switching and controlling AC and DC loads in electronic circuits.

With its compact TO-126 package, the C106DG is commonly used in power control applications, motor speed regulation, lamp dimmers, battery chargers, and switching circuits. Once triggered through its gate terminal, the SCR remains conducting until the current falls below its holding current, making it ideal for controlled power applications.

Its compact size and easy integration make it a popular choice for makers, students, repair technicians, and electronics enthusiasts.

Perfect for power control, automation, and educational electronics projects.

Highlights:

• SCR Thyristor: Reliable switching and power control device.
• Compact TO-126: Easy integration into electronic circuits.
• Gate Triggered Operation: Enables controlled switching of loads.
• Suitable for AC & DC Applications: Versatile use across various projects.
• 1 Piece Pack: Includes one C106DG thyristor.

Specifications:

• Type: Silicon Controlled Rectifier (SCR) / Thyristor.
• Model: C106DG.
• Package: TO-126.
• Quantity: 1 pc.
• Repetitive Peak Off State Voltage (VDRM): ~400V.
• RMS On State Current (IT(RMS)): ~4A.
• Gate Trigger Current (IGT): ~200µA.
• Mounting: Through Hole.
  
• Operating Temperature: -40°C to +110°C.
• Application: Power control, switching, motor control, lamp dimming, and automation circuits.
• Dimensions: ~26×7×2mm.
  
• Interface: 3-pin (GATE, ANODE, CATHODE).

Ideal For:

• ⚡ AC power control circuits.
• 💡 Light dimmer projects.
• 🔄 Motor speed control applications.
• 🛠️ Electronics repair and maintenance.
• 🎓 Arduino & STEM education projects.
  

Note:

• Ensure proper heat dissipation when operating near maximum current ratings.
• Suitable gate drive circuitry is required for reliable triggering.
• Product appearance may vary slightly from the images shown.
  
• Text or markings on the component may differ depending on the batch.