TORX173

TORX173 is a specialized fastener characterized by its star-shaped drive, part of the TORX family, which ensures better torque transfer and minimizes cam-out compared to traditional screw heads. This design was developed to enhance the efficiency and reliability of fastening in various applications, especially where precision and strength are crucial. The "173" might refer to a specific variant or specification within the TORX range, perhaps indicating a particular size, material, or application suitability, though this would need confirmation from technical documentation or manufacturer guidelines.
TORX fasteners like the 173 variant are widely used in automotive, electronics, and machinery industries due to their ability to handle high torque and their reduced wear on tools. They are preferred for applications that require durability and repeated assembly and disassembly. Understanding the specific requirements and suitable contexts for TORX173 involves consulting detailed engineering resources or specifications provided by the manufacturer or industry standards.

The TORX173 is a fiber optic receiver module typically used for digital audio applications, such as SPDIF interfaces. Equivalent products include the Sharp GP1FD210RK0F, Everlight PLT133/T10, and Vishay's TFBR4650. These alternatives offer similar functionality for decoding optical audio signals. When selecting a substitute, ensure it matches the same data rate and electrical characteristics as the TORX173 for compatibility with your application. Always refer to detailed datasheets to confirm pin configurations and performance specifications.

The TORX173 is a type of TORX screw, commonly used for applications requiring precise torque and resistance to cam-out. Here are some key features of the TORX173:
1. Star-shaped Drive: The TORX173 features a six-point star-shaped pattern, which allows for better torque transfer compared to traditional Phillips or flathead screws, reducing the risk of stripping.
2. Improved Torque: The design enables the application of higher torque without damaging the screw or the tool, making it suitable for high-torque applications.
3. Reduced Wear: The design minimizes wear on both the screw and the driver, extending their lifespan and maintaining efficiency over repeated use.
4. Cam-out Resistance: The TORX173's design reduces the likelihood of the driver slipping out of the screw head, providing a more secure fit during installation and removal.
5. Versatility: TORX screws, including the TORX173, are used in various industries, such as automotive, electronics, and machinery, due to their reliability and ease of use.
These features make the TORX173 a preferred choice in applications where durability and precision are critical.

The TORX173 is manufactured by Toshiba, a multinational conglomerate corporation headquartered in Japan. Toshiba operates in various sectors, including electronics, energy, infrastructure, and electronic components. The company is known for its significant contributions to technological advancements and innovation across different industries. The TORX173, being an electronic component, aligns with Toshiba's operations in producing and supplying electronic devices and solutions.

The TORX173 is a type of hexalobular internal socket drive, commonly known as a Torx screw. Its application areas include automotive, electronics, and industrial manufacturing. In the automotive industry, it is used in assembling parts that require high torque without the risk of stripping. In electronics, it ensures secure assembly of devices like laptops and smartphones due to its tamper-resistant design. In industrial settings, it is used for machinery and equipment that require durable and reliable fasteners. Its design allows for even distribution of force, reducing wear and tear on tools and prolonging the lifespan of both fasteners and components.

The TORX173 is an infrared photodetector module commonly used in remote control systems. It is typically housed in a plastic package designed to be compact and efficient for receiving infrared signals. The exact dimensions and specifications of the package can vary, so it's best to refer to the manufacturer's datasheet for detailed information.