752181203GPTR13

Resistor Networks

Resistor networks are formed with two or more resistors connected together in series, in parallel, or in a combination of both in order to provide the desired resistance value for a circuit. Resistors are never connected in series by themselves; they must always be in a combination of series and/or parallel in order to function correctly.

Arrays

Arrays are formed by grouping or combining several elements in a series, in parallel, or in a combination of both. Examples of array components include resistors, capacitors, and transistors. The array can also contain other variants such as diodes and LEDs. Often times, arrays are used to increase the efficiency, accuracy and/or precision of a particular circuit.

752181203GPTR13 Application Field and Working Principle

The 752181203GPTR13 is a discrete resistor network which consists of two resistors (75218 and 1203GPTR13) that are wired in common by electrodes. Both resistors are precision thin-film, and have their own pair of electrodes that connect them together. 75218 is a metal film resistor and 1203GPTR13 is a porcelain resistor. The 752181203GPTR13 is a high-precision, low-noise device whose resistance value can be accurately trim adjusted down to about 0.05%.

The 752181203GPTR13 is primarily used in temperature compensation applications where a high degree of accuracy is desired. There are several advantages to using a network like the 752181203GPTR13 in a circuit. For starters, the split resistor format provides better power dissipation because each resistor has its own pair of electrodes. Additionally, the high resistance value and voltage rating of the 752181203GPTR13 allows it to be used in high-voltage circuits. Furthermore, the high accuracy and low-noise characteristics of the device make it suitable for high-resolution signal conditioning, pressure sensing, and other applications.

The 752181203GPTR13\'s resistance value is determined by the trim adjustment voltage that is applied to the electrodes connected to both the 75218 and 1203GPTR13 resistors. The trim voltage is usually applied at varying levels throughout the device\'s lifetime in order to maintain the desired accuracy. An internal temperature stabilization circuit ensures that the resistance value remains constant even when the temperature changes.

In conclusion, the 752181203GPTR13 is a two-resistor network that is used in precision temperature compensation applications. Its split resistor format, high resistance value and voltage, and high accuracy make it suitable for a variety of applications. Additionally, an internal temperature stabilization circuit ensures that the network\'s resistance value remains constant even when the ambient temperature changes.