767143560GP

Resistor Networks, Arrays

A resistor network, also known as a resistor array, is an assembly of individual resistors interconnected in a particular configuration. These networks are designed according to electrical specifications, so selections of resistors with high TCR, power ratings, etc. are possible. They come in a variety of form factors including surface mount, through hole, and in integrated circuits or ICs.The resistor network is used to introduce impedance matching or tuning of specific circuits, in addition to voltage division or attenuation, as a single integrated device. Because each of the individual resistors will have a certain tolerance to their value, they can be connected in series or parallel combinations, so that the impedance will be more accurately identified in the resistance. Conversely, the resistance of the network can be changed with a wide range of values without the need for individual resistors.

767143560GP Application Field and Working Principle

The 767143560GP resistor network is a Through-Hole mems. It is ideal for use in a variety of commercial, industrial, and automotive applications. This network offers a resistance value up to 500K and includes a high performance ESD protection circuit and a wide range of temperature coefficients.The 767143560GP is constructed using a network of four resistors connected in a specific arrangement. The total resistance is determined by the sum of the values of the four resistors, which are connected in series, and the resulting value is displayed on the resistor network package. The application field includes automotive, consumer electronics, power supplies, audio, and telecommunications.The working principle of the 767143560GP is simple. It acts as an impedance matching component which introduces a predetermined resistance value into a circuit. This circuit is used to attenuate or divide voltage, and the impedance value can be changed without needing to replace individual resistors.The 767143560GP is also designed with a wide range of temperature coefficients, which allows it to maintain its original resistance value even in the presence of fluctuations in environmental temperature. The ESD protection incorporated into the network helps keep the system safe from unpredictable power surges.