EXB-E10C823J Resistors

EXB-E10C823J is a kind of resistor network, array specifically made to be used in a wide range of applications for electronic purposes. It is a medium power, high density, surface mount array package designed to meet the current demanding requirements for applications in a variety of fields. The parts come in two main types, either 4 pins, 4 Receptacles with a 24VDC power rating, or 8 Pins, 8 Receptacles with a 30VDC power rating.

Essentially, EXB-E10C823J resistor networks are passive electronic components, consisting of multiple resistors connected together in a specific pattern of paths. This allows the resistors to work together to produce a more precise resistance value, as a single resistor may not produce a precise value. The resistors can be connected in either a series configuration, where the resistors are connected in a line with each one adding to the present resistance, or a parallel configuration, where each of the resistors directly connect, and the combined resistance of the network is the inverse of all the individual resistances combined.

Generally, resistor networks are used for both their voltage and current regulation applications in electronics. They are used both to control the output voltage or current from a device, or the input voltage or current through a device. In terms of voltage, resistor networks can be used to increase the output voltage of a power source, or reduce the output voltage, while simultaneously protecting against overloading or rapid discharging. In applications regarding current, they can limit the input and output currents of a circuit, regulate the current provided to a device and prevent devices from becoming damaged from an excess of current.

In terms of its actual construction, the EXB-E10C823J resistor network is made from two separate arrays that are commonly referred to as the “top” and “bottom” arrays. The lower array typically consists of four thin-film ceramic resistors, while the upper array is made of four lateral resistors. Both arrays consist of small flat pieces, all connected to each other via the pins of the PCB. The pins then connect the multiple resistors together, so that the resistances in either direction are equal.

The EXB-E10C823J resistor network can also feature adjustable resistance values. In this configuration, the resistances in both directions are adjustable, and this is done by using a potentiometer on the PCB. The potentiometers are used to fine-tune the resistance at each point in the network, allowing for higher accuracy and lower noise. This is useful for applications that require precise resistor networks, and the adjustable resistance feature helps provide flexibility and tolerance.

The primary environment where EXB-E10C823J resistor networks are commonly used is automotive, but they can also be found in consumer electronics, medical, communications, and industrial settings. All of these applications can benefit from the precise resistance values, the wide variation of resistance values, and the adjustable resistance values. This makes it a very versatile component, and a great choice for a variety of applications.