CRA06E083301RFTA

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Resistor Networks, Arrays

The CRA06E083301RFTA is a commonly used resistor network or array that is designed to control current flow in various electronic circuits. This type of network provides electrical isolation between its wiring and other components in the system while allowing precise control of current flow. It is most commonly used in applications such as DC/DC converters, switching power supplies, motor control systems, and various other electronic device control systems.

The CRA06E083301RFTA consists of three separate components: two resistors (R1 and R2) and a bridge terminal (terminal 1). The bridge terminal allows for the two resistors to be connected in series or parallel. The resistors have a tolerance of ± 5% and a maximum voltage rating of 50 volts. The resistors have a power rating of 1/2 watt.

The main function of the CRA06E083301RFTA is to regulate current flow in the system. When connected in series, the two resistors act as voltage dividers, controlling the amount of current flowing between the two resistors. When connected in parallel, the resistors act as current multipliers, increasing the amount of current flowing through them. This provides for a great deal of control over the current flow in a given electronic system.

The CRA06E083301RFTA also has a number of other features that make it a useful component in various applications. For example, it has a fast switching time of 0.7 millisecond (ms) which makes it suitable for high speed operations. It also has a low noise level of 0.2 µV, making it ideal for noise sensitive systems. Finally, the CRA06E083301RFTA has a high temperature rating of 105°C, allowing it to be used in extreme temperature environments. This makes it a great choice for many industrial applications.

Overall, the CRA06E083301RFTA is an ideal solution for applications requiring precise control of current flow. Its small size, high temperature rating, fast switching time, and low noise level make it a great choice for various electronics applications. It can be used in both series and parallel configurations, providing for great flexibility in designing complex control systems.

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