4114R-2-680LF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays, and the 4114R-2-680LF are closely related; understanding the application fields and working principles of the 4114R-2-680LF can aid in understanding the resistor network and array components. 4114R-2-680LF is a network array of resistors, which is used as a matched pairs for accurate tracking. They are organized in two adjacent rows and are designed to have their electrical characteristics remain consistent throughout. In most application scenarios, the resistors should be electrically isolated from each other in order to prevent unequal loads or parasitic current paths. Additionally, 4114R-2-680LF\'s are constructed with a smaller surface area and can be mounted on a flat surface or on a board, which helps to keep production costs down.

At their most basic, resistor networks are two or more resistors connected in an array. These arrays can have any number of connecting paths in order to produce a certain voltage and current to drive a specific load. The individual resistors in a resistor network are usually organized in a uniform distribution and can be connected serially or in a parallel configuration. Network arrays containing only a few resistors in close proximity are often referred to as “stacks”, while larger, distributed networks are usually referred to as “matrices”.

The 4114R-2-680LF is one example of a resistor network and serves a variety of different applications. This particular series is designed for precision component matching and contains two standard size 4114 resistors, which are arranged in two adjacent rows. It replaces 7901 series devices and is available in packages containing 5, 10 and 15 pieces. Each resistor has a DC resistance of 680 ohms, and the client’s desired tolerance is +/- 5%. In order to achieve a higher level of precision, the series of 4114R-2-680LF resistors can be combined into a single standardized, pre-fabricated array.

The working principle behind the 4114R-2-680LF resistor network is a client specific circuit that takes into account all the parameters determined by the client’s selection criteria. In this instance, 4114R-2-680LF can be used in applications such as charge pumps, voltage-controlled oscillators (VCOs), bias supplies, and output amplifier stages. The resistors in the 4114R-2-680LF are designed to ensure that the operating voltage, current, and power ratings of each component remain consistent and within the chosen operating parameters.

In order to establish the desired characteristics of a given resistor network, the precise location, size, type, and orientation of each resistor must be provided. Fortunately, the 4114R-2-680LF comes pre-fabricated and ready-to-use. Due to their pre-fabricated design, 4114R-2-680LF resistor networks occupy less space, reduce system cost, and minimize installation time. In addition, the patented design allows for higher levels of miniaturization, which aids in reducing overall system size.

Since its introduction, the 4114R-2-680LF has become a popular choice for production engineers in various commercial and industrial fields. Due to their ability to reduce cost and provide reliable performance, the 4114R-2-680LF resistor network have been utilized by clients in the aerospace, military, automotive, consumer electronics and medical industries. The overall benefit to these industries is that they can achieve improved resolutions within their systems while using fewer components.

Resistor networks, and the 4114R-2- 680LF specifically, are useful and versatile tools for creating arrays of resistors. This device is perfect for producing quality control systems that require a high degree of precision and reliability. Furthermore, the 4114R-2-680LF reduces the cost of production, size of components, and installation time, making it the perfect option for a wide array of commercial and industrial applications.

The specific data is subject to PDF, and the above content is for reference