768201224GPTR13

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Resistor Networks, Arrays

The GPTR13 resistor network, part of the 768201224 series, is a high-precision resistor network designed for precision analog signal conditioning. The resistor network is constructed using thin-film technology, which provides extremely accurate passives, as well as flexibility in resistor value selection. The GPTR13 is available in various configurations to suit a wide range of applications.

Due to its small size, low cost, and high accuracy, the GPTR13 is suitable for numerous applications. This includes circuit protection, audio and video signal routing and conditioning, and low noise signal conditioning and signal level matching. It is also used in power supplies to provide precise voltage and current regulation, and in data acquisition systems for measurement accuracy and repeatability.

The GPTR13 resistor network uses high precision, low temperature coefficient of resistance thin film resistors. The thin film resistors provide a very stable and accurate resistance at high temperature changes and minimize errors resulting from resistor value changes due to temperature drift. The resistor network has two or more resistors in series, and the resistor values are determined by the tolerance of the individual resistors. The resistance values are dependent on the voltage and current being supplied, and the resistance value will be affected by the applied voltage.

The operating principle of the GPTR13 resistor network is simple. Resistors are connected in series, and each resistor has its own resistance. The voltage and current drop across each resistor is proportional to its resistance. By selecting the appropriate number of resistors and arranging them in series, the resulting resistance can be accurately adjusted to match a specified voltage or current requirement.

The GPTR13 resistor network is also used for impedance matching. This is accomplished by connecting the output of the resistor network to the impedance of a particular circuit section. This enables the resistor network to match the impedance of the circuit section to maintain maximum signal transfer, minimize signal distortion, and minimize unwanted noise.

The GPTR13 is also used for filtering signals. Depending on the application, the resistors can be selectively connected in series or parallel to form an RC network. Connecting the resistors in series creates a low pass filter, while connecting the resistors in parallel creates a high pass filter. The filter frequency can be adjusted by changing the resistor values.

The GPTR13 is a versatile, cost-effective, and reliable resistor network. It is used in many industrial, commercial and consumer applications, providing accurate and reliable performance with minimal maintenance. Its small size also makes it suitable for use in tight spaces. The GPTR13 is a great choice for many applications. Whether it’s used for voltage or current regulation, impedance matching, filtering signals, or simply as a precision analog conditioning tool, the GPTR13 is sure to be a reliable and valuable tool.

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