4310R-102-391

​ Resistor Networks, Arrays are electrical circuits used to divide up and lessen voltages. An array of resistors is made up of discrete resistors connected in various combinations to form a single circuit. The 4310R-102-391 is a three-terminal array of resistors in a common housing. It is designed to be used in applications requiring a specific voltage-dividing configuration.​ The 4310R-102-391 has leads which correspond to input, intermediate, and output connections. A test voltage is applied between the input and output leads through a resistor connected between them, and the intermediate connection is synchronized to this test voltage. The resistance between the input and output connections varies depending on the voltage applied to the intermediate connection.​ In addition to voltage-dividing applications, the 4310R-102-391 array can be used in a variety of circuits to provide current limiting, voltage limiting, biasing, level shifting, and amplitude modulation. It can also be used in input and output protection circuits, as well as power supply attenuation. The array is ideal for applications requiring a wide range of resistances, or a low output impedance across the full frequency range.​ The 4310R-102-391 provides a natural resistance as well as a symmetrical voltage divider. The array is designed to provide an equal voltage division ratio over a relatively wide operating bandwidth. This ensures that the voltage division ratio remains constant regardless of the frequency of the input signal. The array also provides low output impedance.​ The resistors in the 4310R-102-391 array are placed in a specific pattern. This arrangement allows the array to maintain its desired characteristics over the full temperature and frequency range. One of the advantages of this type of array is that the resistor values are unaffected by temperature variations and, thus, are well-suited for applications requiring a wide range of operating temperatures.​ The 4310R-102-391 array is a very versatile device that can be used in a variety of different applications. It is especially useful in voltage-dividing applications, as it can provide a very accurate division ratio over a wide frequency range. The array also provides low output impedance and a wide range of resistances which make it ideal for use in many different circuits.