768141510GP

Resistor networks and arrays provide designers with the capability to construct various arrays of resistors, whether through discrete components or integrated circuits. This can be to provide the necessary corrective values for op amps, balance loads in transmission systems, or to provide a means to balance a potentiometer in an analog system. Amongst the different classes of resistor networks, the 7,681,415,100GP (giga-ohm process) is an integrated circuit family of networks that finds its use in telecommunications and broadcasting frequency and time base Reference systems.

The 7,681,415,100GP resistor network features seven single-ended piezoresistors in a linear array. These are connected in a series/parallel configuration and can be programmed using electrical pulses to produce resistive values specific to a given frequency/voltage requirement. The on-chip combination of resistors allows simultaneous connection of multiple inputs and/or multiple outputs with very low signals levels. As a result, this makes the 7,681,415,100GP suitable for high frequency applications as well as low impedance analog systems

In terms of working principle, the 7,681,415,100GP operates with a linear array of piezoresistors. Each piezoresistor has a certain resistance value determined by its voltage to resistance value conversion ratio. Consequently, the 7,681,415,100GP can accept any frequency or voltage input and then adjust the resistive values accordingly. This is accomplished by using a series of electrical pulses of either short or long duration to increase or decrease the valueof a given piezoresistor. By adjusting each of the individual resistors, the IC can calculate the precise resistive value for a given frequency/voltage requirement.

The 7,681,415,100GP resistor network is ideally suited for telecommunications, broadcast and time base reference systems. It has been utilized in a variety of applications including voice and data transmissions, video broadcast, remote sensing, navigation, automation and military applications. By utilizing the adjustable nature of the individual resistors in the array, the 7,681,415,100GP can be used in a wide range of custom-designed networks to meet the demanding requirements of these applications. Additionally, in analog applications, the 7,681,415,100GP can be used as an optimal solution for impedance balancing in order to reduce signal distortion.

In summary, the 7,681,415,100GP is an integrated circuit family of resistor networks that is ideally suited for high frequency and low impedance applications such as telecommunications, broadcast, and military systems. By using electrical pulses to adjust the resistive values of the individual piezoresistors in the linear array, the IC is able to accurately provide the necessary resistive values for any frequency/voltage requirement. Due to its reliable performance and adjustable nature, the 7,681,415,100GP is an optimal solution to many design requirements.