744C043223JTR Resistors

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Resistor networks and arrays are an important component of electrical engineering. The 744C043223JTR is a versatile, low-cost surface mount resistor array with four resistors in series. It offers a wide variety of application fields and working principles.

The 744C043223JTR is a low-cost, low-power surface mount resistor array made from four standard 16-pin two-terminal resistors. The resistors are connected in series and provide a total resistance of 100 ohms. The resistor arrangement allows for low-current application fields such as voltage dividers, current limiters, frequency dividers, and impedance matching.

The 744C043223JTR resistor array is an ideal choice for applications requiring high precision and accuracy. The resistor array offers a low-cost, low-power alternative to discrete resistors, making it attractive for cost-sensitive applications. Additionally, the resistor array provides a secure connection due to its multi-pin design.

The 744C043223JTR is an ideal choice for a wide range of applications. In voltage dividers, it is used to reduce supply voltage to a safe level. In current limiters, it is used to limit the current to a certain level. In frequency dividers, the resistor array is used to reduce output frequency. In impedance matching, the resistor array is used to match impedance between two circuits.

The 744C043223JTR has a low-resistance value and is accurate to within 2%, making it a great choice for precision applications. Additionally, its surface-mount design makes it easy to integrate into printed circuit boards. It is offered in a range of sizes from 0.5mm pitch to 2.00mm pitch.

In conclusion, the 744C043223JTR is a versatile and reliable resistor array with a wide variety of application fields and working principles. It is a low-cost and low-power alternative to discrete resistors and provides a secure connection due to its multi-pin design. Additionally, it offers excellent precision and accuracy and is easy to integrate into printed circuit boards, making it an ideal choice for applications requiring a reliable and stable resistor array.

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