768161272GPTR13

Resistor Networks, Arrays

Resistors in networks are used to either divide an input voltage into smaller output voltages or to develop a voltage output from a current input. Resistors networks are commonly used in integrated circuit designs for these purposes, and can be used to shape signals and form analog memory elements. Resistors networks are typically designed to fit within tight space constraints and to draw less current than simpler resistor equivalent circuits.

The most common type of resistor networks is the linear resistor array, which consists of resistors connected in series or parallel. Linear resistor arrays are used for many applications, including the division of current and the formation of voltage-controlled oscillators.

The 768161272GPTR13 is one of such linear resistor arrays used for these applications. It features a resistor array consisting of 8 resistors in the form of Standard Thick Film Network (STFN) technology for an idealized 56V, 2V/V8 power regulation network.

The 768161272GPTR13 resistor array operates over the voltage range from -55V to +55V. It can deliver up to 3A of current and is designed for both leaded and surface mount applications. The package includes two sets of resistor pins, each of which forms two resistors in a series. The total resistance of the resistor array is calculated as the product of the two resistor values.

The 768161272GPTR13 linear resistor array offers superior accuracy and stability compared to conventional resistor arrays. Its resistance accuracy in the range of -55V to +55V is ± 20 ppm. It also includes capacitance compensation to minimize temperature coefficient and minimize parasitic capacitance effects.

The 768161272GPTR13 linear resistor array is a widely-used component in today’s electronics. It is used in a range of applications such as power supplies, noise attenuators, and signal conditioning in audio, video, and precision measurement circuits. It can be used to create voltage dividers, low-noise power supplies, and provide a voltage output from a current input.

The 768161272GPTR13 linear resistor array works by combining resistors in different configurations to create a given voltage output. The resistor array effectively divides the input voltage into smaller output voltages, or regulates the output voltage to a set value. The output voltage can be adjusted by adjusting the resistance of the resistors in the resistor array.

By creating a predetermined voltage output, the 768161272GPTR13 linear resistor array is an important component in many electronic circuits. Its compact size, low current consumption, and wide-ranging resistance accuracy, make it advantageous for numerous applications.