4610X-AP1-272LF

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Resistor Networks, Arrays, are networks of interconnected objects, typically electrical elements, arranged in specific patterns that can control or control the Resistive load. The 4610X-AP1-272LF is a monolithic resistor array with a maximum of 272 resistors, measuring 0.5 cm2 in size. It is designed to provide precision and low noise associated with high quality resistors for matching, calibration, and snubbing applications. This low noise capability, combined with its vibration resistant construction, make it suitable for precision control in aircraft and other applications.

The 4610X-AP1-272LF is suitable for a wide range of applications, including precision calibration, testing, and power control. Its power output can be programmed precisely for linear or pulse-type resistance curves. The monolithic design provides for low resistance-to-voltage ratio of 5% max, resulting in better power control. The high accuracy of the resistors also allows for cost-effective solutions for high performance applications.

The 4610X-AP1-272LF resistor array consists of a graphite film deposited between gold strips that are contacted with lead plates, resulting in low noise and low resistance. The graphite layer provides for increased reliability and lifespan, while the lead plates provide for uniform contact force. The gold strips serve as a common ground, allowing for the resistors to be referenced to each other.

The working principle of the 4610X-AP1-272LF resistor array is based on the properties of resistors—resistance (R) and capacitance (C). The resistors are connected in such a way that an electrical current flowing through one resistor will affect the voltage across the others. This effect is called an array coefficient, which determines the resistance to voltage ratio of the entire array.

The 4610X-AP1-272LF resistor array is constructed such that each resistor is connected to all the others in the array. This results in a distributed processing effect, where each resistor contributes to the total resistance of the array, and each change in resistance of a single resistor affects the resistance of the entire array. This distributed processing allows for precision control of power output and accuracy of the resistors in the array.

The distributed nature of the array also allows for greater flexibility in design compared to conventional resistor networks. The array can be connected in series or parallel, which allows for a wide range of resistors and resistance curves. Additionally, the array can be connected in different directions, allowing for different resistance values to be applied to each resistor in the array. This flexibility allows designers to optimize the array for specific applications.

The 4610X-AP1-272LF resistor array can be used in a variety of applications, such as power converters, amplifiers, and linear calibration circuits. Its high accuracy and low noise enable it to provide accurate, reliable performance in these applications. Its vibration resistant design makes it suitable for use in aircraft and other applications, and its overall design allows for cost effective solutions for high performance applications.

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