MDP160382R0GE04

MDP160382R0GE04 is a type of resistor network, array which is primarily used in the electronic industry. It consists of 16 0402 surface mount resistors connected in a series of eight. Each of the eight resistors has two terminals. The total resistance of the MDP160382R0GE04 is 40.2 ohms, and it has a tolerance of +/- 1%.

It is widely used for building complex circuitry with high precision measurements which require accurate, efficient and uniform resistances. They are specially designed with the help of expert engineers to ensure maximum accuracy and efficiency. This type of resistor network can be used in many applications such as radio frequency (RF) amplifiers, automotive circuits, electronic testing and voltage regulation.

The MDP160382R0GE04 operates by having both terminals connected to a voltage source. Every connection from one resistor to the next is known as the series connection. This setup allows for the voltage to flow freely from one resistor to the next. The amount of voltage each resistor gets is determined by the division of the total source voltage, which is equal to the total resistance of the network.

Each resistor has a pre-determined impedance or resistance. This is why calculating the total resistance of the MDP160382R0GE04 is essential. The total resistance of the network can be calculated by adding up the resistance value of each of the eight resistors. For example, if each resistor has a resistance of 5.2 ohms, then the total resistance of the MDP160382R0GE04 would be 40.2 ohms.

The MDP160382R0GE04 can be used in a variety of electronic circuitry applications. They can be used to create negative feedback circuits, voltage dividers, and current-limiting circuits. When used in digital applications, they are often used to create time delay circuits.

MDP160382R0GE04 resistor networks, arrays are convenient, reliable and easy to use. They provide users with a reliable and accurate solution for their electronic circuitry needs. They are also extremely small and often require no additional components to be added in order to function.