ORNV50025002TF

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Introduction

The ORNV50025002TF is a resistor network array, designed to serve a variety of different electrical applications. In this article, we will look at the application field and operating principles of the ORNV50025002TF. We will look at the size, shape and connections of the network array. We will also look at the characteristics and features of the product, how it works, and how it can benefit your application.

Size and Shape

The ORNV50025002TF resistor network array is constructed as a two-letter grid of resistors, with a maximum of 500 connections per row or column. The size of the array is an impressive 16mm x 16mm, which allows it to fit into components that have a low profile. It is made from a high-grade ceramic material and has a slightly rectangular shape.

Connections

The ORNV50025002TF array is composed of two letters of resistors, each letter having a maximum of 500 connections. The resistors are arranged in series and arranged in a parallel pattern. This arrangement allows the connected components to be connected in parallel circuits. The network array also has two additional pins that can be used for connection to external components.

Characteristics and Features

The ORNV50025002TF resistor network array has a low height profile and a wide temperature range of up to 150ºC. It also has excellent reliability and robustness, as it is made from high-grade ceramic material. The network array also provides a low thermal resistance, which enables it to work reliably under a wide range of conditions. It is also resistant to ESD and has high surge and overvoltage protection features. In addition, this product is UL approved.

Working Principle

The ORNV50025002TF resistor network array works by using the series parallel arrangement of the resistors to control the intensity of the current. When the array is connected in a circuit, the electrical current will travel through each resistor in turn, and depending on the network’s configuration the amount of current passing through the resistors will be varied. This allows the current to be controlled and regulated in various ways, such as in variable attenuators or for voltage limiting applications.

Benefit for Applications

The ORNV50025002TF resistor network array provides many benefits for various applications. It can be used in high-voltage applications, as it provides excellent protection against overvoltage and ESD. It is also suitable for use in wide temperature applications, as its low thermal resistance allows it to operate reliably under a wide range of conditions. Furthermore, its UL approval makes it an ideal choice for products that require third-party verification. It can also be used in the design of variable attenuators, which are used to control the amount of current passing through a circuit.

Conclusion

The ORNV50025002TF resistor network array is an effective and reliable electrical component that can be used in a wide variety of applications. With its low profile and wide temperature range, it is ideal for use in high voltage and wide temperature applications. Its UL approval makes it a popular and reliable choice for those who need a third-party verification. It can be used in variable attenuators and in voltage limiting applications. It can also be connected in parallel, allowing for improved current control and voltage regulation.

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