EXB-Q16P474J

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Resistor Networks, Arrays contain multiple resistors that are routed together in a particular pattern. These circuits can be used to provide relative signals with high impedance stability or low input resistance. The EXB-Q16P474J resistor network is a specialized application that offers high levels of impedance stability and low insertion resistance.

The EXB-Q16P474J is built using a Kelvin network topology. This topology consists of 16 resistors interconnected in groups of four. The four resistors in each group are positioned in parallel with one another. The four groups of resistors are connected in series with each other, giving rise to the Kelvin network topology.

The EXB-Q16P474J resistor network provides 16 high precision resistors connected in a 4x4 topology. Each resistor is a precision resistor with a tolerance of up to 0.01%. This ensures that the resistor values are very accurate and consistent, which is important for applications requiring precise impedance levels. The resistors also have high thermal stability, which means they remain stable throughout a wide temperature range.

The EXB-Q16P474J resistor network can be used for applications such as current sensing, impedance matching, voltage dividers, and filtered signal applications. The high precision resistors, combined with the low insertion resistance, make it an ideal choice for current sensing in high-frequency circuits. The low resistance also makes it suitable for impedance matching applications, such as the matching of high impedance transistors.

In signal applications, the EXB-Q16P474J resistor network can be used to create a voltage divider. This is achieved by connecting the four resistor groups in series, with one of the groups in parallel with another. This allows for a variable voltage divider, which can be used to adjust the output signal. This can be used for filtering signals in applications such as audio, RF, and analog circuits.

The EXB-Q16P474J resistor network is an ideal choice for a wide variety of applications. It offers high precision and low insertion resistance, making it suitable for a range of applications, including current sensing, impedance matching, voltage dividers, and filtered signal applications. The Kelvin network topology ensures that the resistors remain stable throughout a wide range of temperatures. With its high precision and low resistance, the EXB-Q16P474J is an excellent choice for a variety of applications.

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