EXB-H5E153J

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Resistor networks, arrays, and the EXB-H5E153J are all important components within many electronic designs, each serving their own unique function. By understanding the purpose of resistor networks, arrays, and the EXB-H5E153J, it becomes much easier to design reliable and robust electronic circuits.

Introduction to Resistor Networks

Resistor networks are composed of many resistors connected together in some configuration. These networks can be used to create resistive dividers in order to adjust the output of an applied signal, provide voltage noise suppression, and provide temperature compensation for resistor values in order to reduce circuit drift.

Resistor networks can be used in both analogue and digital circuits. In analogue circuits they are often used to create an adjustable voltage divider. This allows for the precise control of signal levels, such as the supply voltage for an amplifier. Digital circuits, however, require resistors with specific values in order to create a particular logic level. Resistor networks can be used to provide these values with precision.

Introduction to Arrays

An array is a type of resistor network that is made up of several resistor elements. These resistor elements are arranged in a specific pattern to create a two, three, or four-dimensional array. Arrays offer many advantages to an electronic design, such as providing a wide range of resistors values, providing a consistent resistive element pattern, and providing more flexibility in terms of component layout.

Arrays can be used in both analogue and digital circuits as well. In analogue circuits, arrays are used to provide the precise resistance value and output voltage required for the design. In digital circuits, arrays are used to provide a standard logic level with specific voltages dependent on the number of resistors and their values.

EXB-H5E153J Application Field and Working Principle

The EXB-H5E153J is a resistor network specifically designed for use in digital circuits. It is an 8 pin package consisting of three resistor elements in a planar array configuration along with two solderterminals. These 3 resistors are connected in a configuration known as a “non-volatile latch” and are designed to provide a precise ESD-protected interface logic level.

The EXB-H5E153J is designed to provide an interface logic level of +2.5V, which is required for a limited number of devices with ESD-protection. This precision resistor network is particularly useful in digital circuits as it provides an interface with no tolerance for delay or overshoot.

The EXB-H5E153J has a wide range of applications, such as USB 2.0 connections, power attach/remove detection, and audio applications. The EXB-H5E153J is also well-suited for production lines as it is a low cost, high accuracy, and low-noise component.

Conclusion

Resistor networks, arrays, and the EXB-H5E153J are all important components within many electronic designs, each serving their own unique function. By understanding the purpose of resistor networks, arrays, and the EXB-H5E153J it becomes much easier to design reliable and robust electronic circuits.

The EXB-H5E153J in particular is a highly precise resistor network designed for use in digital circuits. Its wide range of applications include USB 2.0 connections, power attach/remove detection and audio applications. With its low cost, high accuracy, and low-noise characteristics, the EXB-H5E153J is an ideal component for production line use.

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