745C101102JTR Resistors

Resistor Networks, Arrays

The 745C101102JTR is a chip resistor array designed to provide a high degree of accuracy and stability in electrical systems. This chip resistor array is typically used in various applications such as precision product and motor control, linear and switching power supplies, and audio applications. It is suitable for automated assembly, and is easy to install and maintain.

Characteristics

The 745C101102JTR chip resistor array has many features that make it attractive for use in electrical systems. It offers a low power dissipation of 0.125 watts, excellent environmental resistance, and its wide operating temperature range makes it ideal for applications in both hot and cold environments. It has a high degree of accuracy, with a tolerance of ±0.05%. Its low-resistance characteristics make it suitable for both high- and low-voltage applications.

Applications

The 745C101102JTR chip resistor array can be used for a variety of purposes. It is commonly used in industrial equipment, precision instrumentation, and automotive products, such as voltage regulators, motor speed controllers, and voltage dividers. Additionally, it can be used in avionics and medical equipment, communications and automotive electronics, and military defense systems.

Working Principle

The 745C101102JTR chip resistor array is composed of eight individual resistors that are connected in series and guided by a common ground. The resistance values of the individual resistors are marked with different colored rings, which correspond to the resistor values – these are known as the tolerance bands. The common ground provides for a low power output, which translates to high accuracy and excellent stability in the system. The current that runs through the resistors follows a straight path and is consistent between each resistance, which enables accurate, repeatable results.

Conclusion

The 745C101102JTR is a highly accurate and reliable chip resistor array that is suitable for a variety of applications. Its low power dissipation, wide operating temperature range, and excellent environmental resistance make it particularly well-suited for precision product and motor control, linear and switching power supplies, and audio applications. Its low-resistance characteristics make it suitable for both high- and low-voltage applications, and its eight individual resistors that are connected in series by a common ground provide a high degree of accuracy and stability in the system.