745C101122JP

Resistor Networks, Arrays are components that contain multiple resistors, which are connected together in combinations consisting of strings, networks, and arrays. 745C101122JP is one of the most popular resistor networks in the market, and it stands out from others for its excellent performance and different application fields.

The 745C101122JP is a 12-position, 1 watt, soldered, thick film network chip resistor array containing ten 10 kΩ resistors. It is ideally suited for applications requiring close tolerance resistor networks where a board size savings is desired. Due to its superior registration and geometry, it has been primarily used in consumer and automotive electronics, general purpose relay driver, telecom, and datacom equipment.

In terms of working principle, the 745C101122JP is mainly used to modify and control the flow or signal of electricity. It consists of a continuous conductive path, typically made of metal, through which electricity or signals can pass through. The resistance of the network varies according to the resistor type used, as well as their values. Increasing the value of a resistor will decrease the current that can flow through it, while decreasing it will increase the current. The 745C101122JP’s ten 10 kΩ resistors will only allow a certain amount of current to pass through, based on the resistor values.

When it comes to applications of the 745C101122JP, the network is mainly used for high-frequency filtering in audio applications, as well as providing current limiting, impedance-matching, and impedance-balancing in many other circuit designs. It is used in the automotive industry as a current-limiting element in safety systems, such as airbags, and in motor controllers. In the consumer electronics field, it is used in battery-powered chargers, high-speed USB ports, and general-purpose relay motor drivers, among others.

The 745C101122JP provides much better performance than its competitors with its superior geometry, and its wide array of applications provides a myriad of opportunities for designers. It is an excellent choice for many high-frequency applications, and its cost-effectiveness and reliability make it a favorite among engineers and designers.