AF164-FR-07976KL

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Resistor networks and arrays are groups of resistors interconnected in various ways in order to divide voltage, change current flow, modify impedance, and provide a variety of other functions. All types of resistor networks and arrays have been developed for a range of applications. One such example is AF164-FR-07976KL, which is used in automotive, aeronautical, and industrial applications.

Applications Of AF164-FR-07976KL Resistor Network

AF164-FR-07976KL is a chip resistor network that is available in a 9-pin single in-line package (SIP). It is designed for applications where accuracy of current and voltage is critical, and it is commonly used in applications such as:

• Instrumentation and control
• Motor control
• Avionics and aerospace
• Auto electronics
• Medical equipment

This resistor network is suitable for use in large automotive and aeronautical applications that require precise current limiting and voltage monitoring. It is also ideal for industrial applications, such as process control, high-voltage regulation, and lighting control.

Working Principle Of AF164-FR-07976KL Resistor Network

AF164-FR-07976KL is a precision-molded multilayer ceramic substrate resistor network. The chip resistor network consists of four series-connected resistors, two bi-directional discharge resistors, and two non-directional bypass resistors.

The series-connected resistors have very low tolerance values, which allow the network to give precise current and voltage performance, even when operated at high temperatures. The bi-directional discharge resistors provide over-current protection for short circuits, while the non-directional bypass resistors allow the network to dissipate heat more efficiently.

This network is designed to operate in high-voltage situations and has a voltage range of +47 to +450V. It also features an operating temperature range of -55°C to +155°C and has full power ratings up to 350mW.

The chip has a wide range of applications, and it is appreciated for its high accuracy, high reliability, and low cost. It is easier to manufacture than other types of devices and offers superior performance at a much lower price.

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