752083104JPTR13

Resistor Networks, Arrays

The 752083104JPTR13 is a Fixed Resistor Network consisting of 16 individual resistors combined into a single, compact package. This package is used to reduce the size of PCB footprint, while maintaining the desired output. It works on the principle of Ohm’s law. According to this law, a voltage applied to two points of a resistor of given resistance will cause a current to flow between them proportional to the applied voltage.

The resistance of 752083104JPTR13 consists of 16 individual resistors which are connected in series and parallel combination depending on the requirement of applications. For example, if more resistance is required in a given space than what a single resistor can provide, more resistors can be connected in series or parallel. It provides various features such as low power dissipation, high input Impedance, high resistance values and low inductance.

A key feature of the 752083104JPTR13 is its ability to offer varying resistor values in the single package. This is achieved by adjusting the internal connections between pins or by adding external connections to the package. This makes the device highly adaptable to a wide range of applications.

The 752083104JPTR13 is widely used in the electronics industry for various purposes such as reducing PCB size and providing high impedance in tight spaces. It is commonly used in power supplies, amplifier circuits, motor controllers, and radio frequency circuits. The 752083104JPTR13 provides a cost effective solution for designing high reliability circuits. It is also used in power monitoring applications and for providing bridge and filter networks.

The 752083104JPTR13 is also highly reliable and can be used in applications with high temperature ranges. It is also highly stable and reliable over time, offering excellent performance in areas of high vibration. It can also be used in precision circuits due to its tight tolerance and high accuracy.

In conclusion, the 752083104JPTR13 has many uses in a variety of applications due to its low cost, high reliability and small size. It is highly versatile and can be used in a wide range of applications. It provides benefits such as low power dissipation, high input impedance, high resistance values and low inductance.