Resistor Networks, Arrays

The 743C083684JTR is an 8-Socket Resistor Network Array, which is primarily used in electrically isolated voltage balancing applications. The array is made up of 8 paralleled resistor network sockets that are mounted to a common printed circuit board (PCB). Each socket contains a 9-PIN resistor network with 7 resistors and two redundant resistance values.

The 743C083684JTR is designed to perform electrically isolated voltage balancing in applications with voltage differential of up to 0.50 Vrms. The resistor network has a voltage drop tolerance of ±0.05 Vrms. The 743C083684JTR can also be used in applications which require high-impedance voltage sensing or low noise signal conditioning, such as power supply regulation, active filters and audio/video line buffering.

The working principle of the 743C083684JTR is based on the use of low precision resistor networks to reduce the voltage variance across each of the parallel resistor networks. This is achieved by the parallel connection of the resistance elements in the resistor networks. The resistor networks in the 743C083684JTR are designed to have a very low temperature coefficient, allowing for near-perfect voltage balance across all the nodes regardless of environmental conditions.

The 8-Socket Resistor Network Array is constructed from robust ceramic components and is designed with an innovative Paralleled Resistor Network (PRN) architecture for improved reliability. The 743C083684JTR also features integrated busing for efficient routing of the voltages and features an on-board monitor for real-time control of the electrical dynamics.

The 743C083684JTR is one of the most advanced 8-Socket Resistor Network Arrays on the market today. It has a wide range of applications in the industrial, telecommunications, and consumer electronics industries. The 743C083684JTR is a reliable and cost-effective solution for voltage balancing and noise reduction.