4606X-102-473LF Resistors

Resistor networks, in general, are systems that use resistors connected in series, parallel, or a combination of the two in order to alter the behavior of a circuit. The 4606X-102-473LF, in particular, is a network of resistors that provides a single output and is used in applications such as computers, signal conditioning, and radio frequency communications. The 4606X-102-473LF is designed to function in a variety of configurations and is a preferred choice for those seeking a reliable and cost-effective solution.

The 4606X-102-473LF network consists of four 0 resistor elements connected in a parallel configuration, each of which has an individual series resistor of 33Ω. This provides an output resistance of around 132Ω, and a total resistance in the network of about 132Ω. The arrangement of the resistors also allows the network to be used as a variable resistor in some applications. The 4606X-102-473LF is a low-current network, capable of providing up to 3A at its output. It is also capable of providing maximum current of 4A, and a maximum dissipated power of 3W.

The working principle of the 4606X-102-473LF is based on the fact that two elements in parallel will decrease the overall resistance of the network. This means that by connecting four 0 resistors in parallel, the resistance can be reduced to around 132Ω instead of the normal 680 – 1.2KΩ for a set of four elements. With this arrangement, the current is shared between the four elements, thus providing a more reliable and accurate output.

The flexibility of the 4606X-102-473LF makes it ideal for use in a variety of applications, including analog and digital signal conditioning, computers, radio frequency communication, brushless motor control, and industrial process control. Its combination of reliability and cost-effectiveness make it a preferred choice for many engineers. For more information on the uses and capabilities of this network, please refer to the manufacturer’s datasheet.