4814P-T01-472

Resistor Networks and Arrays provide the ability to create predefined arrangements of resistors to perform various linear electric circuits. The 4814P-T01-472, also known as the “Kimmel Simplex Phoenix,” is an example of a resistor network and array product that enables engineers to design and implement more complex circuits with fewer components.

The 4814P-T01-472 is a two-resistor network—a combination of two resistors connected in series or parallel for different purposes. Each resistor in this network has a value of 4.72 kilohms, and the product type is specified as “High voltage, low power, surface-mounted chip.” The product benefits from a design that keeps the size as small as possible, which is beneficial for small applications and large circuits, as well.

The 4814P-T01-472 can be used in a variety of applications. It is often used as a voltage divider, in which one resistor in the two-resistor network provides the reference voltage and the other provides the divider voltage, which is then used to measure the difference between the two inputs. The 4814P-T01-472 is also used in bridge circuits, where the two resistors are arranged in a differential fashion to compare the voltages between the two input signals and produce an output voltage that is proportional to the difference.

The working principle of the 4814P-T01-472 is relatively simple. The two resistors are connected together either in series or in parallel. In series connection, the two resistors are connected together in such a way that the current that passes through the resistors is the same. This configuration is commonly used for voltage divider circuits. In parallel connection, the current passing through the resistors is the same, but the voltage across the resistors is different. This arrangement is commonly used for bridge circuits.

The 4814P-T01-472 is an essential tool for engineers who need to design and implement linear electric circuits. Its small size and high resistance value make it ideal for small applications, while allowing for larger, more complex circuits. Its versatility enables it to be used in a variety of applications, such as voltage dividers, bridge circuits, and more. Its working principle is relatively simple, as it involves connecting two resistors either in series or in parallel to form a two-resistor network.