Power automation control and high-temperature operational environments require robust and dependable components to ensure optimal performance. The featured metal oxide film resistors have been expertly crafted to meet these stringent demands, making them an ideal choice for engineers and hobbyists working on electronic projects that necessitate durability and efficiency. These resistors are particularly suitable for integration into control systems, instrumentation, and other devices requiring a long lifespan even under strenuous conditions.
Included in each package are 20 individual pieces of metal oxide film resistors. Each resistor features a commendable power rating of 3 watts and operates at a resistance value of 62 Ohms. With a maximum working voltage of 350 volts and an impressive withstand voltage also rated at 350 volts, these components are capable of performing reliably under varying electrical loads. Furthermore, they can handle peak pulse voltages of up to 750 volts, which speaks to their resilience. It is important for users to note the 5% tolerance in resistance, as this allows for some variability while maintaining functionality. Each resistor measures a total length of 77.5±10mm, accommodating various circuit designs effectively.
The reliability of these oxide film resistors is rooted in their high-quality metal construction, enabling them to endure extreme temperatures ranging from -55℃ to 155℃. This temperature tolerance enhances the resistivity of the components, ensuring consistent performance over their lifespan. Users can have confidence that these resistors will maintain their specifications even in challenging thermal environments, making them suitable for a wide range of applications, including but not limited to automotive electronics, industrial machines, and more. The durability afforded by the materials used directly contributes to reduced maintenance costs and long-term reliability.
A standout feature of these metal oxide film resistors is their operational stability and low noise characteristics. This performance is critical in applications where electrical stability is paramount, such as in sensitive electronic devices. The resistors serve multiple functions, effectively limiting and distributing current and voltage, thereby enhancing the reliability of any circuit in which they are incorporated. Notably, each resistor is designed with axis leads that simplify the installation process, adding convenience for users and making them compatible with a variety of circuit board layouts.
When compared to traditional carbon film resistors, these metal oxide film resistors edge out in applications requiring higher power handling and thermal stability. While carbon film resistors can suffice in standard conditions, they often falter under extreme heat or variable load conditions. The versatility of the metal oxide variety makes them an invaluable tool for engineers and DIY enthusiasts tackling projects across different sectors, whether for amplifiers, voltage dividers, or current limiting circuits. Furthermore, their robust construction ensures they can compete effectively with other high-performance resistors available on the market, providing an attractive balance of cost, performance, and durability.
In conclusion, the advantages offered by these metal oxide film resistors make them a worthwhile investment for anyone serious about their electronic work. Their exceptional specifications, reliable materials, and specialized design cater to a broad spectrum of applications, ensuring satisfaction and performance integrity over time.
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