767143334GPTR13

Number of Pins:	14
Height - Seated (Max):	0.093" (2.36mm)
Size / Dimension:	0.390" L x 0.220" W (9.91mm x 5.59mm)
Supplier Device Package:	--
Package / Case:	14-SOIC (0.220", 5.59mm Width)
Mounting Type:	Surface Mount
Applications:	--
Operating Temperature:	-55°C ~ 125°C
Temperature Coefficient:	±100ppm/°C
Power Per Element:	200mW
Series:	767
Resistor-Ratio-Drift:	--
Resistor Matching Ratio:	--
Number of Resistors:	7
Tolerance:	±2%
Resistance (Ohms):	330k
Circuit Type:	Isolated
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Resistor networks and arrays are electronic components consisting of several individual resistors connected either in series or in parallel. These resistors are combined to create an electronic circuit capable of performing a variety of electrical tasks. As such, understanding the principles of how these networks work is essential to being able to use them in a variety of electronic circuits.The basic components of a resistor network is the individual resistors, as well as, the wiring in between them. The wiring used can be either copper wire, always in either single-strand or multiple-strand varieties, as well as a variety of different insulators. The resistors used vary significantly in terms of their specs such as, resistance, current handling capability, power handling capability, temperature coefficients, and voltage coefficient. The application of these resistors as a network can either be to achieve a particular electrical circuit, or to provide voltage regulation. The application field for resistor networks and arrays can vary significantly depending on the particular specs of the resistors chosen. The most common application for a resistor network uses an array of resistors connected in both series and parallel to provide a number of different resistance levels. These arrays can be used, for example, to control the amount of electricity running through a particular electronic component, such as a light source. A different application field for resistor networks is voltage regulation. By connecting resistors in series and parallel, the amount of current and voltage running through a particular electronic circuit can be reduced or increased as required. This application can thus be used in a variety of different components, from voltage regulators to controllable heating systems. The working principle of how resistor networks and arrays function relies on basic electrical engineering concepts. In series circuits, the current running through the circuit is equal for all components, with the voltage dropping across each component being proportional to their individual resistances. In parallel circuits, the opposite is true, with the voltage across the circuit being equal for all components, and the current running through each component being proportional to their individual resistances. By combining these two basic principles, one can create a resistor network that performs electrical tasks such as voltage and current control. By connecting the resistors as required, specific values can be created for the resistors in the array, which can then be used to control the levels of voltage, current, and resistance in the network. It should be noted, however, that resistor networks and arrays are not the only components capable of performing such tasks. Other components such as transistor arrays, as well as more advanced components like integrated circuits, can also be used to perform the same tasks. In most cases, however, resistor networks and arrays are the cheapest and most effective components to use for basic voltage and current regulation.In summary, resistor networks and arrays are electronic components consisting of resistors connected either in series or in parallel. They are used in a variety of applications, from achieving a particular flow of electricity, to providing voltage regulation. The working principle of resistor networks and arrays rely on basic principles of electrical engineering, with the current and voltage in a circuit being dependant on the type of circuit and the properties of the individual resistors. These networks may not be the only components capable of providing the same tasks, however in most cases they are the cheapest and most effective to use.

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