CRA12E08391R0JTR

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A resistor array is an assembly of resistors formed together into a single package. The CRA12E08391R0JTR resistor array is the latest addition from this family of components. This particular model is designed for applications which require multiple resistors to be grouped together in one package. It offers users the ability to configure their circuit with a minimal amount of effort and has a wide range of applications.

The CRA12E08391R0JTR is a twelve element configuration, using eight symmetrically-arranged resistors with values of 391 ohms and four non-symmetrical resistors with values of 1 ohm. It is rated to 200 volts and 8 watts, and has an operating temperature range of -55 to +130 degrees Celsius. The resistor array is constructed with metal-alloy film technology for improved stability and accuracy.

The resistors in the CRA12E08391R0JTR are grouped together with corresponding positive and negative connections in order to perform various application specific tasks. These arrays are used to resist or control the flow of electric current in circuits, and can also be used as voltage dividers or to control the voltage output of a device. Furthermore, the CRA12E08391R0JTR is also used for signal termination, current measurement and compensation, as well as input/output buffering in various electronic circuits.

The working principle of a resistor array is based on Ohm’s Law, which states that voltage and current is related via the resistor\'s resistance. In general, the current flowing through a resistor is proportional to its voltage. This is known as Ohm’s Law, and is expressed as I=V/R where I is the current, V is the voltage, and R is the resistance. In the case of a resistor array, the current flowing through each resistor is determined by their resistance. The CRA12E08391R0JTR abides by this law, with the group of symmetrically arranged resistors all having equal values, while the four non-symmetrical resistors have varying resistance values.

The CRA12E08391R0JTR array of resistors is beneficial for applications that require multiple resistors grouped together in one package. This compact design is more easily managed and can provide more flexibility to the user when configuring their circuits. It can be used in electronics applications for signal termination, current measurement and compensation, as well as voltage division and output buffering.

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