Auto Parts-Rectifier <em>BXN11601-T</em> For Alternator

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The main goal of choosing a rectifier bridge is to make sure that its technical characteristics closely align with those of the generator, especially with regard to maximum reverse voltage, rated voltage, and rated current. Only when these parameters completely satisfy or surpass the generator's requirements is the rectifier bridge deemed technically practical.

The rectifier bridge is considered technically feasible only if these parameters fully meet or exceed the generator's demands. Beyond these specifications, the physical characteristics of the rectifier bridge, including packaging, pin configuration, and thermal design, are crucial and must align with the generator's installation environment and operating conditions. Furthermore, the design of the rectifier bridge should ensure seamless integration into the generator's electrical system, avoiding additional challenges due to installation difficulties or limited space. A comprehensive consideration of these factors is key to ensuring the rectifier bridge's reliability and effectiveness in practical applications.

The BXN series from DENSO includes both sintered and press-fit types. For the sintered models, the heat sink heat sinks are primarily made of copper, though lower power versions may use aluminum or iron. While various models share a similar appearance, their outer diameters vary. In contrast, the press-fit models feature aluminum heat sinks. Although they have a similar appearance, differences in stator wire welding methods and overall shapes distinguish them from each other. Copper heat sink heat sinks in the BXN series offer superior thermal performance compared to other materials. These heat sinks are nickel-heat sinkd for durability and do not require special protective coatings. The assembly is secured with iron rivets. The Toyota series, notable for its distinctive "drumstick" appearance, is easily recognizable. It features heat sinks made of either copper or aluminum. The design does not include excitation tubes, resulting in a streamlined structure with fewer components, which enhances reliability and performance.