RNA4A8E682JT

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 are widely used in various applications and combine the features of single resistors and multiple resistors to provide a wide range of performance options for designers. The RNA4A8E682JT is one such resistor network that offers great flexibility in its application field and has a proven working principle.

This particular array is a 4 resistor network which comprises of 4 individual resistors but is packaged in a single package. It offers great flexibility in designing circuit boards or systems where a fixed value resistor is needed but multiple connections and different resistance values are also required.

The resistance values of the individual resistors in the array are determined by the flexibility or the upgradability of the circuit board and can be changed by using different resistor configurations such as series-parallel or parallel-parallel, depending upon the application. The resistor values in series-parallel configurations can be changed, while the resistance in parallel-parallel configurations can remain unchanged. For example, in a series-parallel combination, the four resistor values can be 0.082K, 0.164K, 0.245K and 0.082K, respectively. In a parallel-parallel configuration, the resistor values will be 0.281K, 0.565K, 0.945K and 0.3K, respectively.

The versatility of the RNA4A8E682JT array allows for great flexibility when designing systems as the resistor will be able to accommodate different voltage levels. Designers can also use resistor networks in combination with voltage dividers, capacitor networks, and other components to create or enhance the performance of the system.

When considering the application field, the RNA4A8E682JT array is used in various products such as communication systems, wireless networks, power supplies, motor drives, and signal conditioning systems. This array offers great flexibility in terms of choosing the right resistance value for the application in order to meet the performance requirements.

In terms of working principle, the RNA4A8E682JT array uses basic Ohm\'s law principles in order to achieve the desired resistance value. The array is comprised of four resistors which are connected together as indicated by the part number. The overall resistance of the array is determined by the sum of the individual resistances, and the voltage or current across each resistor is determined by the product of the overall resistance and the applied voltage or current.

In summary, the RNA4A8E682JT array provides great flexibility in terms of application field and working principle, allowing designers to create or enhance the performance of their systems. Its versatility allows for different combinations of resistor values and configurations that can be used to meet the performance requirements of the system.

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