4816P-1-273F

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Resistor networks surrounded by the metal array and ceramic substrate can be found in a variety of electronics applications, from wireless communication to medical devices. Among these resistors, the 4816P-1-273F is one of the most common. It is a surface-mounted, single-in-line package device designed for applications where options of volume, experience, efficiency and reliability are important.

The 4816P-1-273F features a leadless chip carrier (LCC) construction which is a combination of metal array with ceramic substrate. The metal array is molded to provide a secure connection and the ceramic substrate helps improve thermal performance and minimize electrical noise. The two components work together to create a highly reliable device able to handle high voltage, current and power in a wide range of environmental conditions.

The application field of the 4816P-1-273F varies from consumer electronics to military and aerospace, and the device can be found in cellular phones, medical instruments, computer / peripheral devices, thin-film magnetic or optical disk drives, portable PC’s, automated test equipment (ATE), surveillance equipment and instrumentation. The 4816P-1-273F is especially suitable for automotive systems and where certified devices are required because it is 100% customizable.

The working principle of the 4816P-1-273F is based on its internal structure. It consists of an array of resistive elements connected to a printed wiring board (PWB) and a ceramic substrate. When current flows through the network, voltage applied to the resistor network will produces a resistance value. The ceramic substrate helps dissipate heat generated from the resistive elements, helping to prevent overheating. The 4816P-1-273F is highly reliable, isolated, and requires no installation on the customer\'s board.

The advantages of the 4816P-1-273F include a short lead time, leadless chip design, customizable design, high efficiency, low power dissipation, good thermal performance, and wide environmental compatibility, including a 5–160C operating temperature range. This device offers many advantages over discrete networks which require more board space and higher component cost.

In conclusion, the 4816P-1-273F is an excellent device for a wide variety of applications where space and reliability are required. Its unique design provides a reliable, space-saving and cost effective solution for a variety of applications. Its benefits include a comprehensive testing process to ensure product quality, short lead times, reliability, and customizable design.

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