4816P-T02-820

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Resistor Networks, Arrays

The 4816P-T02-820 Resistor Network is a type of array designed for use in a broad range of electronic circuits. This network is composed of precision resistors integrated in two rows with eight contacts each. The device is divided into nine separate sections and offers a solution for many types of applications.

The 4816P-T02-820 design primarily functions as a voltage divider. The resistor array breaks down voltage input from a single pole into multiple control points. This device is very useful in providing a range of control points for adjusting output, such as when needing to adjust the speed of a motor by controlling its voltage or when needing to calibrate an amplifier gain. The resistor array also provides a reliable means to add resistors into a circuit without the need of manually soldering on new parts.

This resistor network can be used for AC or DC applications. The network is constructed of the highest quality components, each of which is individually tested. The device also exhibits a range of tolerances for matching applications with specific requirements. It is also able to operate in temperatures up to 75°C.

The 4816P-T02-820 is able to operate in a variety of configurations. Each individual resistor can be connected independently, so the device can operate in either single-ended or differential mode. The array also offers multiple load points which can be used to adjust an output when needed. The device is also able to deliver relatively low total resistance, enabling it to meet application performance criteria in a wide range of circuit types.

The device is a very versatile component and has been used in a range of applications, such as: motor controllers, voltage regulators, audio mixers, linear motion controllers, automotive audio systems, robotic arms, and high voltage power supplies. The versatility of the 4816P-T02-820 makes it an excellent choice for multiple applications in a single device.

The working principle of the 4816P-T02-820 Resistor Network is relatively simple. When given an input voltage, the network divides that voltage into separate levels for each of the nine individual sections. The divisions of voltage can then be used to control the voltage output of the devices using the separate control points. Additionally, the device will also act as a voltage divider for AC input signals. For this application, the resistors in the array will divide the voltage signal according to the resistance value for each section, providing a relatively low output voltage.

The 4816P-T02-820 Resistor Network is a versatile device that can be used in a wide range of applications. It is a reliable means to adjust voltage and current output levels as well as providing precise control points in order to meet performance criteria in a variety of circuits. The device provides a reliable and consistent performance and is well suited for many types of applications.

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