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Resistor Networks, Arrays

Resistors in networks or arrays are key components for many electronic circuits. Handling of resistors in these cases requires knowledge of the network parameters, network topology and the physical design of the resistor network. The 767143511GP is an example of the types of resistor networks used in many applications. This article will discuss the application field and working principle of the 767143511GP resistor network resister.

Application Field

This product is mainly used in electronic communication systems, such as radio and TV, communication satellites, broadcast receiving systems, car mobile communication and intelligence perception systems. It is also suitable to be used in communication frequency, amplitude and phase modulation of electronic communication system coupling devices. Other application areas for the 767143511GP resistor network include digital and micro-control system circuits, analog signal processing, radio transmission circuits for television instruments, telephone circuits and other circuit systems.

Working Principle

The 767143511GP series of resistor networks consists of a ceramic substrate, resistor elements and terminals. On the substrate is an array of resistors which, together with the terminals, form the resistors of the network. The resistors and terminals are connected to the substrate with a soldering process, and the substrate is then mounted on an insulated metal frame. The resistors are arranged in a precise and regular pattern. The frame helps protect the resistors from physical damage.

The resistors in the resistor network are connected using high quality copper traces. This is important as the resistors need to be easily accessible and remain undamaged. The copper traces provide the electrical connections between the resistors that form the network and create the desired resistor values. The resistor network needs to be as accurate as possible as any deviation in the resistor values can cause the network to behave in an undesired manner or fail completely.

The 767143511GP series of resistor networks are used in electronic and digital circuits where the resistors need to be very precise and where any tiny changes can have a major impact on the functioning of the circuit. These resistor networks are ideal for use in high speed communications and data transmission applications, and in circuits where high accuracy is desired. This makes them an essential component for many circuits.

Conclusion

The 767143511GP series of resistor networks has a wide range of use in the field of electronics, from communications circuits and digital signal processors, to analog signal processing and audio applications. In each of these cases, the accuracy of the resistor values in the network is critical to the overall performance of the circuit. The metal frame, as well as the high quality copper traces used to connect the resistors, are designed to ensure maximum accuracy and reliability of the resistor network.

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