YC248-FR-0780R6L

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Resistor networks and arrays are commonly used in a vast array of applications, from automotives and industrial equipment, to consumer electronics. They enable the optimization of the signature, dynamicity and stability of circuits, thus enhancing their reliability and performance. One specific type available in the market is the YC248-FR-0780R6L, a molded network designed for surface mount applications.

The YC248-FR-0780R6L is a molded resistor array network featuring 4 resistors in a single package, providing a broad range of configuration options with optimal stability. It can be mounted to a variety of different surfaces with great ease and is suitable for limited spaces. It features an embedded package in a wide range of resistance values, great temperature stability and a tight tolerance of plus or minus one percent.

The working principle of the YC248-FR-0780R6L can be explained as follows: the resistors are connected in series, thus when a voltage is applied to the net, current passes through each resistor and these create a voltage drop across each resistor. The total voltage drops across the array will be equal to the applied voltage. This is useful for constructing high impedance arrays that can be used for many different purposes ranging from precision measurement to power supply management.

This resistor array is particularly useful for RF and microwave applications as it features a wide range of resistance values in a single package. It also provides excellent thermal stability and reduces the need for tedious calculations associated with component selection. It is also good for applications such as filters, current sensing, voltage-setting, voltage division and signal conditioning.

The YC248-FR-0780R6L is a useful, well-built, cost-effective and reliable component for surface mount applications. Its versatility, ease of installation and wide array of capabilities make it a popular choice among engineers and designers. Furthermore, it is a great choice for those needing a basic but reliable resistor array with great temperature stability and tight tolerance.

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