742C043510GP

Resistor networks and arrays are a common form of integrated circuit technology in which a network of individual resistors is formed on a single substrate. The 742OC043510GP is an example of such a network. It consists of two rows of ten miniature axial resistors connected in parallel. Each individual resistor has a nominal value of 0.1 ohm, giving a total array resistance of 0.2 ohm.

The 742OC043510GP is intended for use as a current sensing network in power circuits or as a potential divider in circuits with high input voltages. It has a wide range of applications, such as current sensing, voltage division, AC/DC current switching, and RFI suppression. It is also useful in high power audio and motor control applications.

The 742OC043510GP is constructed using a process called thin-film metalization, in which a thin layer of metal is applied to the substrate. This layer is then etched to form an array of tiny conductive pathways. The individual resistors are then individually connected in parallel, forming a network of resistors with a total resistance of 0.2 ohm. The resistance of each individual resistor can be adjusted to meet the desired application. The resistors are then coated with an insulating material to prevent short circuits.

The 742OC043510GP resistor array works by reducing the current flow to a predetermined level. This is done by providing a resistance to the current which is proportional to the current passing through it. The greater the current, the greater the resistance and the lower the voltage across the resistor. This in turn, reduces the current flowing in the circuit. It also acts as a voltage divider, reducing the voltage of a given signal by the same proportion as the resistance. For instance, if the resistance of the array is 0.2 ohms and the applied voltage is 1.2 volts, the voltage across the resistor array will be 1 volt.

The 742OC043510GP resistor array is a versatile, compact, and cost-effective way to add current sensing and voltage dividing capabilities to a circuit. It is well-suited for many applications, including power control, current sensing, and AC/DC switching circuits. It is also suitable for current sensing and voltage division in high voltage applications.

The 742OC043510GP resistor array is a reliable and cost-efficient way to reduce power dissipated in circuits while providing excellent performance. It is a versatile and dependable device that can be used in a variety of applications, ensuring optimal system performance. It is the perfect solution for high power audio and motor control applications.