4116R-1-102

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Resistor Networks, Arrays, are typically used in circuits for assembling or forming specific values of resistance with improved accuracy. 4116R-1-102 is an array type resistor that is used to construct resistors with increased accuracy. It is able to provide strong high heat resistance and stable performance to the circuits as per the load requirements.

4116R-1-102 mostly comprises of four parts, terminals used for making connections with external components, resistors between terminals for controlling the resistance of the circuit, ceramic substrate for increasing the resistance and reducing high radiation, and ceramic substrate to provide mechanical stability to the circuit. All these components are assembled together to provide resistance and accuracy in the circuit in order to perform specific tasks.

4116R-1-102 is mostly applied in different types of applications, such as automotive, telecommunication, instrumentation, electrical and communication systems, which require durable and reliable system components. With the help of these arrays, the resistance of a circuit can be varied as desired, helping to control the flow of electricity. These arrays are preferred over single resistors as they are highly accurate with minimal thermal tensions. 4116R-1-102 is a universal component, which can be used in multiple applications.

The 4116R-1-102 array resists consists of two main parts, the resistors and the terminals. The terminals are arranged in two parallel rows and number of resistors in the row depends on the resistance value, these resistors are connected in series. The resistor\'s resistance provides the desired current flow in the circuit. The terminals are used to connect the resistor network to the external components for better power supply and accuracy.

4116R-1-102 also provide higher accuracy than standard resistors as they have a lower temperature coefficient, which helps to maintain even performance over a wide temperature range. The ceramic substrate further enhances the heat resistance se of the array. In addition to accuracy and heat resistance, the 4116R-1-102 also offer better stability over time when the voltage or current varies significantly. The low parasitic capacitance of these arrays ensures that the signal quality remains intact throughout the duration of the circuit.

In conclusion, 4116R-1-102 resistor array can provide the desired accuracy and stability to circuits that require durable and reliable system components. These arrays offer better accuracy than single resistors and require minimal thermal tensions, and their low parasitic capacitance can ensure signal quality even under significant voltage or current variations. Therefore, the 4116R-1-102 resistor array is a great choice for applications in automotive, telecommunication, instrumentation, electrical and communication systems.

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