4607X-101-393LF

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The 4607X-101-393LF is classified as a resistor network or resistor array. The basic purpose of a resistor network is to provide electrical path between two or more nodes in an electronic system, thus providing resistance to a desired level. A resistor network can also be used to provide voltage or current division along the internal resistors.

The 4607X-101-393LF is an integrated network of 4 precisely matched resistors in one small package. It has a wide array of uses ranging from general-purpose signal bypassing to filtering and audio voltage divider applications.

The 4607X-101-393LF is capable of handling current up to 300mA, which allows high power applications such as signal conditioning and broadband noise attenuation. It also provides excellent thermal stability, low noise and good temperature coefficient characteristics.

The 4607X-101-393LF is typically used in applications where a precisely known resistance is required to ensure proper performance. The 4607X-101-393LF can also be used in any application where multiple resistors are needed in a small, compact package. The 4607X-101-393LF is used in a wide variety of applications including motor control, feedback loops, filters and data acquisition systems.

The working principle of 4607X-101-393LF is based on two concepts: resistance and capacitance. Resistance is the amount by which the current is reduced when passing through a conductor and is measured in ohms. Capacitance is the ability of a conductor to store a charge. Together, these two concepts form the basis of the 4607X-101-393LF application.

The 4607X-101-393LF utilizes a combination of impedance matching and resistance division. Impedance matching is the process of selecting the appropriate resistance values to match the impedance of the components on which the network will be connected. The process of impedance matching also ensures a lower signal loss than would otherwise be experienced when using generic resistors.

The 4607X-101-393LF also features resistance division technology, which is the process of dividing the desired total resistance into individual resister elements of lesser resistance in order to reduce the power dissipated across each resistor element. By dividing the resistance into multiple resistors, the power dissipated is reduced and more consistent performance is obtained.

In addition to the 4607X-101-393LF\'s impedance matching and resistance division capabilities, the 4607X-101-393LF features a tight resistor tolerance of ±0.01%, making it ideal for precision equipment applications. This tight resistor tolerance allows for accurate voltage/current measurement and improved signal integrity.

The 4607X-101-393LF is a versatile resistor network, providing accuracy, convenience and reliability to any application in which it is utilized. The 4607X-101-393LF provides excellent performance and reliability in a broad range of applications, from high power applications to precision measurements. Its combination of low noise, accuracy, thermal stability and wide operating temperature range makes it an excellent solution for a variety of applications.

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