742C163224JP Resistors

Resistor Networks, Arrays are components located in a variety of electronic circuits. Resistor networks are circuit components that contain two or more resistors connected either in parallel or in series. The purpose of resistor networks is to divide voltages, to provide a single source of voltage with multiple loads, to provide multiple sources of power, or to provide a source and multiple sinks for a signal line. Resistors networks can be either passive or active. Passive networks are fabricated using two or more resistors wired up as either parallel or series circuits. Active networks are those that also includes active components, such as transistors and integral circuits.

One example of a resistor network is the 742C163224JP, which is an active integrated Network manufactured by GlobalTech Corporation. The 742C163224JP is an active resistor network designed for use with transistor amplifier applications. It is a 24-pin DIP package composed of 8 resistors and 4 current sensors, all connected in a parallel configuration. The 8 resistors provide four paths for current to flow, and the 4 current sensors are amplifiers.

The 742C163224JP makes use of a trans-impedance amplifier, which utilizes transistors to convert current into voltage. This trans-impedance amplifier amplifies the incoming signal and supplies the four parallel resistors with a current that is proportional to the input. The current is then divided amongst the four resistors, forming a voltage divider network. The four resistors create a voltage divider network, which is a device used to divide the voltage across a resistance into multiple paths.

In summary, the 742C163224JP is an active resistor network that is used in transistor amplifier applications. The 8 resistors are connected in a parallel configuration with 4 current sensors, which turn the current into voltage. The current is then divided amongst the four resistors to form a voltage divider network. This resistor network is a useful component for providing multiple source of power in a single circuit.