RNA4A8E103JT

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Resistor networks, and arrays play an increasingly important role in the production of electronic products. The RNA4A8E103JT type resistor network is a perfect example of how resistor networks and arrays can be used.

This type of resistor network combines of a number of resistors in a single package for use in power dividers, attenuators and related applications. The resistor network consists of eight resistors in parallel and connected at both ends by common terminals. Each resistor has a nominal value of 10 kOhms.

These resistor networks are commonly used in power dividers, noise bridges, balanced attenuators, filter networks and phase-couplers. Power dividers are often used in antenna systems to divide the amplified output of an antenna into two signals with equal power levels. Noise bridges are used to measure the absolute value of an impedance by neutralizing the active impedance. Balanced attenuators are used to create variable loss networks for circuit protection without losing bandwidth. Filter networks are used to filter out unwanted high frequencies and phase-couplers are used to match signals in circuits, both deliver the same amplitude and phase in both directions.

The working principle of this type of resistor network is based on Ohm’s law.

Ohm’s law states that the current (I) flowing through a resistor is directly proportional to the potential difference (V) between the two terminals of the resistor. In other words, V = I x R, where R is the resistance of the resistor. In this particular type of resistor network, resistance is split between a number of resistors in parallel. This means the same voltage is applied to each resistor, and the current will be divided evenly, resulting in a lower resistance.

So, when applied to a circuit, this resistor network acts as a voltage divider, where the voltage is equally distributed among the resistors, allowing for the power levels to be divided evenly too. This makes the network ideal for attenuators, noise bridges and various other applications.

In summary, the RNA4A8E103JT type resistor network is an ideal solution for use in a range of electronic projects, as it is a compact, lightweight, and highly efficient resistor network. The working principle of the resistor network is based on Ohm’s law, making it a highly reliable and efficient component in all applications.

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