CRA04S0838K20JTD Resistors

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Resistor Networks, Arrays and CRA04S0838K20JTD

A resistor network is an electronic component made up of several resistors connected in combination to form an electrical circuit. The connections between the resistors can be arranged in various combinations to provide different electrical function. Generally, the components used to make a resistor network are resistors, capacitors, and inductors. Cost, size, and performance are all considerations when choosing the components to be used in the resistor network.

Resistor networks are used in a wide variety of applications, including automotive, industrial, and consumer electronics. Automotive applications include electrical fuel injection systems, spark plug ignition systems, control systems, and power supplies. Industrial applications include motion control, process control, and motor control. Consumer electronics applications include audio, video, and telecommunications equipment.

One type of resistor network is an array. A resistor array is a component that includes several resistors connected in parallel or series in a single package. These resistors are either lumped or distributed resistors. Lumped resistors are individual resistors that are placed side by side, while distributed resistors are resistors that form networks of resistor circuits that act as one resistor. An example of a resistor array is the CRA04S0838K20JTD, which is a four-piece resistor network that offers 8Ω of resistance. Each resistor has a maximum power of 1W and the total thermal dissipation for the network is 4W.

The CRA04S0838K20JTD resistor array can be used in a variety of applications such as audio, RF, and instrumentation circuits. The resistor array offers enhanced reliability with a high current capability and low noise operation. The network also has high temperature tolerance and compatible with both conformal coating and gold wire bonding processes. Other features include a low-profile design and non-magnetic construction.

The CRA04S0838K20JTD resistor network works by passing current through the individual resistors in the array. The magnitude of the current passing through each resistor is determined by the resistance offered by each of the resistors. The total resistance of the resistor network is equal to the sum of the individual resistor resistances. The power dissipated through the network is equal to the current multiplied by the total resistance of the array.

Resistor networks are a fundamental element of electronics circuits, and the CRA04S0838K20JTD resistor network is an example of an array of resistors that offer reliable and high performance circuits with low noise operation. Such networks are used in a wide range of applications, such as automotive, industrial, and consumer electronics.

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