ORNTV50012502T3

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Resistor Networks, Arrays, vary greatly in terms of construction, function, and application. One popular type of resistor network, the ORNTV50012502T3, is used widely across different industries and applications due to its versatility and superb performance. In this article, we will discuss the ORNTV50012502T3’s application fields and working principle.

Application Fields

The ORNTV50012502T3 is a single port resistor array with 12300 ohms of total resistance. It is ideal for use in high speed internet, cellular base station, and coaxial electronic applications. This type of resistor array also serves as a good noise filter in various telecommunications and audio applications. The resistance value of the ORNTV50012502T3 is low compared to other resistors, so it is ideal for those types of application which require efficient use of space and electricity.

Working Principle

The ORNTV50012502T3 consists of 8 resistors connected in series and parallel, with each resistor having a fixed value of 150 ohms. The 8 resistors in the network form an unbalanced bridge of 4 parallel resistance paths and 4 series resistance paths. The total resistance between any two end points of the bridge will be the same no matter which two points are chosen. The total resistance of the resistor array is 12300 ohms.

The resistance value of each path depends on the resistance of the parallel paths it crosses. When one of the paths of a particular series or parallel path has a higher resistance than the other, the total combined resistance of the path is increased. When a path has the same resistance as the other paths, the total resistance of the path is decreased.

The ORNTV50012502T3’s 8 resistors in parallel and series are significant to its performance since they can be configured to create a range of resistances. This is commonly seen in applications where a resistor array needs to create multiple resistance values. It is also advantageous to have multiple sets of resistors in series/parallel, as this lets the user change the resistance ratio between the two paths.

Conclusion

The ORNTV50012502T3 is a popular type of resistor network with many applications in telecommunications, internet, and audio electronics. It consists of 8 resistors connected in series and parallel that create a total resistance of 12300 ohms. It is highly efficient as it can be configured to create a range of different resistance ratios. This makes it very versatile and a great choice when a resistor array is needed for various applications.

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