4820P-T02-105

Arrays of resistors, such as the 4820P-T02-105, are used in a variety of electronic and electrical circuits. These networking components are often found in communications devices, computers, and industrial machinery. The 4820P-T02-105, known as a \'high pin-count resistor network\', is an intricate component that works to provide a fixed resistive output with stable electrical parameters.

Resistor networks are a type of passive electronic component; they do not require an input voltage or a power supply source to maintain their resistive output. The resistance value of this network is determined by the number of pins included, and by the materials used to manufacture the resistor. For instance, the total resistance in the 4820P-T02-105 model is determined by the number of pins included (105 pins in total) and the material used (titanium oxide). The number of pins in this model is higher than average, hence the ‘high pin-count’ descriptor.

A resistive network is made up of a series of resistors that are connected in such a way that each resistor has the same resistance, even after a change in temperature. The individual resistors can be arranged in a variety of ways, and each arrangement yields a different overall resistance. In the 4820P-T02-105, for example, the resistors are connected in what is termed a ‘parallel arrangement’. In this configuration, all of the resistors are connected together at one end, and each individual resistor is connected to the main line at the other end. The result is a fixed resistive output.

The 4820P-T02-105 is designed with multiple pins and a parallel connection of resistors to offer a high resistance rating with a low tolerance. This model’s combination of reliable resistance ratings and low tolerance makes it ideal for use in industrial and commercial applications where precision and dependability are required. Specifically, the 4820P-T02-105 can be used to regulate voltage, monitor currents, control current flow, and measure resistance.

The 4820P-T02-105 is a practical example of how a network of resistors can be used in various applications. The networking components are designed with certain characteristics in mind, such as low tolerance and high resistance ratings, which make them ideal for use in various electronic and electrical circuits. The 4820P-T02-105 model is just one example of a resistor network, though similar components are available in various configurations to suit different requirements.