752163102GPTR7

Number of Pins:	16
Height - Seated (Max):	0.100" (2.53mm)
Size / Dimension:	0.465" L x 0.080" W (11.81mm x 2.03mm)
Supplier Device Package:	--
Package / Case:	16-DRT
Mounting Type:	Surface Mount
Applications:	--
Operating Temperature:	-55°C ~ 125°C
Temperature Coefficient:	±200ppm/°C
Power Per Element:	160mW
Series:	752
Resistor-Ratio-Drift:	--
Resistor Matching Ratio:	--
Number of Resistors:	8
Tolerance:	±2%
Resistance (Ohms):	1k
Circuit Type:	Isolated
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Resistor Networks, Arrays - 752163102GPTR7 Application Field and Working Principle

Resistor networks, or resistor arrays, are sophisticated electrical components which enable the electrical flow or movement of electrons through different electronic, computer, and electrical circuits. Types of resistors within these networks include band gap, diode, and wire-wound, and more. 752163102GPTR7 is an example of a resistor network that is specifically designed to be used for motion control and motor drive applications.Resistor networks are important components to engineers and technicians, especially when it comes to designing and constructing circuits. The complexity and capability of modern technology keeps growing with each passing day, and resistor networks are used in many of today’s most advanced systems, from automotive to computer technology.

What Is a 752163102GPTR7 Resistor Network?

The 752163102GPTR7 is a band gap resister network which consists of four band gap resistors and eight diode resistors. Each resistor has electronics printed on them, and these components interact with other components to control the flow of electrons. The design also provides for stabilization, protection, and modulation of frequency. The product is designed around the capabilities of the various resistors and what each is capable of doing in terms of motion and motor control.

What Are the Features and Benefits of the 752163102GPTR7 Resistor Network?

One of the main features of the 752163102GPTR7 resistor network is its ability to withstand and handle high speeds, high voltages, and harsh temperatures. This makes it ideal for many applications, such as motion control, as well as for motor and circuit protection.The 752163102GPTR7 resistor network is also equipped with a bunch of features that are beneficial for these kinds of applications. The design allows for improved circuit safety in applications that require very accurate voltage or temperature regulation. Similarly, the precision and performance of the network make it a great choice for applications such as torque control, speed control, position control, and more.In addition, the design also enables the network to maintain all of its electrical parameters throughout a wide range of temperature ranges. This enables a higher level of accuracy and stability, as well as a wider input voltage range. Furthermore, this design ensures that the resistors remain stable and reliable during overcurrent and short circuit conditions.

How Does the 752163102GPTR7 Resistor Network Work?

The 752163102GPTR7 resistor network works by manipulating the flow of electrons through a number of ways. It does this by utilizing the properties and capabilities of the various resistors that come with the design. The four band gap resistors coordinate and govern the direction of the electrons’ movement, whether it is to move forward, backward, or both. This helps to maintain and regulate the motion control and motor control characteristics. The eight diode resistors act in a similar manner, working together to create a barrier between the electrons and whatever system or circuit they are servicing. This helps to maintain and regulate the temperature of the system as well, as the current is regulated by the band gap resistors.

Conclusion

The 752163102GPTR7 resistor network can be a powerful and beneficial tool for engineers and technicians. It is designed to provide excellent performance and accuracy when it comes to motion control and motor drive applications, and its features and capabilities make it an ideal component for these kinds of systems. It also has excellent stability, especially during overcurrent and short circuit conditions, and its design ensures that it can maintain performance parameters throughout a wide range of operating temperatures.

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