EXB-14V471JX Resistors

EXB-14V471JX Resistor Networks, Arrays are widely used in industrial and consumer electronics because of their high precision and accuracy. They are also extremely reliable and have a long service life. Resistor Networks, Arrays are made from a variety of materials such as metal, aluminum, copper, and various plastics. They are typically constructed using a combination of thin film, thick film, and hybrid technologies. Thin film resistor networks and arrays are comprised of three distinct components: a substrate, a thin film resistor layer, and a protective top layer. The substrate is often formed from a ceramic or polyimide material which acts as a physical support for the delicate resistor layer. The resistor layer is where the desired electrical resistivity is achieved and is typically constructed from metallic or ceramic materials. The protective top layer is typically an aluminum or gold plated material which helps to shield the delicate resistor layer from the external environment. Once the substrate, resistor layer, and protective top layer are in place, the final product is assembled into an array. A typical EXB-14V471JX array consists of four columns and three rows, with a total of twelve resistors. The exact resistances of each resistor are determined by thin film printing technology. This process involves printing very thin layers of conductive material over the substrate. As the thin film layer is printed onto the substrate, electrical current is applied which causes the resistive material to become resistive. Once the resistances of each individual resistor have been determined, the final array is given a serial number and the resistors are connected to each other. The connections between the resistors are established through a series of check-points that are tested to ensure that each resistor is properly connected and within the spec. After all the connections have been tested, the EXB-14V471JX array is ready for use. The EXB-14V471JX array offers many advantages over other types of resistor networks. The highly precise construction of the array ensures that the resistances of each individual resistor is accurate to within a few parts per million. This high degree of accuracy makes EXB-14V471JX arrays ideal for use in a variety of applications, including high voltage circuits, precision measurement equipment, and industrial controllers. The EXB-14V471JX array is also extremely reliable. Because the resistors are connected via a series of check-points and shielded by a protective top layer, the array is very resistant to environmental conditions such as humidity and shock. Additionally, the array is built to last with a long service life. Overall, EXB-14V471JX arrays are one of the most versatile, reliable resistor networks on the market today. They are ideal for applications that demand high precision and accuracy, and are built to last with a long service life.