QUARKZMAN Pack of 5 Bidirectional Thyristor BT136S-600E TO-252 600V 4A Rail Silicon Controlled Rectifier for Electronic Instruments Smart Home Devices Drones
QUARKZMAN Pack of 5 Bidirectional Thyristor BT136S-600E TO-252 600V 4A Rail Silicon Controlled Rectifier for Electronic Instruments Smart Home Devices Drones
What is it? This bi-directional thyristor is a rail controlled silicon rectifier widely used in current regulation and switching applications, electronic instruments, smart home devices and drones. What do I get? Model: BT136S-600E; Packaging: TO-252; Repeated peak blocking voltage: 600V; Forward current: 4A. Size: 10x6.5x2.3mm/0.39x0.26x0.09 inch(LxWxH); Package content: 5 x bi-directional thyristor What are the advantages of the product? This bi- directional thyristor provides high reliability and stability, ensuring continuous stable operation and long-term durability. It has low power consumption and high efficiency, which minimises energy loss and heat. Standardized packaging technology makes it easy to use and install. It has wide compatibility and can be applied to a variety of electrical devices. How is it used? Solder the thyristor connectors precisely to the corresponding pads of the PCB. Solder and flux can be used. When soldering, pay attention to the soldering temperature and time. After soldering, perform a visual inspection to exclude short circuits or cold solder joints. Then turn on the circuit and test the operating state of the thyristor. What should I pay attention to? Avoid damage to the components due to excessive temperature or too long soldering time.
Product Features
- This bidirectional thyristor is a rail-controlled silicon rectifier, which is widely used in power control and switching applications, electronic instruments, smart home devices, and drones.
- Model: BT136S-600E; Packaging: TO-252; Repeated Peak Reverse Voltage: 600V; On-State Current: 4A; Size: 10x6.5x2.3mm / 0.39x0.26x0.09 inches (LxWxH); Package Contents: 5 x bidirectional thyristor
- This bi-directional thyristor provides high reliability and stability, ensuring continuous stable operation and long-term durability. It has low power consumption and high efficiency, which minimises energy loss and heat. Standardized packaging technology makes it easy to use and install. It has wide compatibility and can be applied to a variety of electrical devices.
- Solder the thyristor connectors precisely to the corresponding pads of the PCB. Solder and flux can be used. When soldering, pay attention to the soldering temperature and time. After soldering, perform a visual inspection to exclude short circuits or cold solder joints. Then turn on the circuit and test the operating state of the thyristor.
- Avoid damage to the components due to excessive temperature or too long soldering time.