767141682GPTR13 Datasheet/PDFResistor Networks, Arrays
Resistors are one of the most basic, yet critical, components of many electronic devices and systems. Resistor networks and arrays are simply combinations of resistors mounted in close proximity and wired together in a certain pattern. Such configurations are necessary in many areas, from simple circuits to complex systems.
The 767141682GPTR13 resistor network is an example of a combination of resistors used to serve a specific purpose or application. This package is made up of 13 resistors – 12 resistors and one thermistor -- and each component is wired together in a specific pattern to form a single resistor network. The 767141682GPTR13 is designed primarily for use in power supply applications, in order to provide precise voltage regulation.
Application Field:
The 767141682GPTR13 resistor network is widely used in power supplies where precision voltage regulation is necessary. This type of resistor network is ideal for this application due to its unique characteristics. The 12 resistors are configured in a ladder network so that each resistor can be independently adjusted to make precise and accurate voltage adjustments, enabling the system to maintain consistent supply voltages over a range of temperatures.
The combination of resistors also enables the power supply to adjust its output voltage without generating noise and distortion, which is important for minimizing power losses and improving system efficiency. This resistor network is also designed to provide low-impedance and low-noise operation with low self-heating.
In addition to power supply applications, the 767141682GPTR13 resistor network can be used in other areas such as signal processing, data acquisition, and medical equipment. It can also be used in high-reliability objects such as aerospace, defense, and industrial control.
Working Principle:
The 767141682GPTR13 resistor network is an example of a ladder network where each resistor is wired in series with the next one or connected in parallel with the next one, with the thermistor connected at the end. The values of each resistor can be adjusted independently to achieve precise and accurate voltage regulation.
The thermistor serves as a temperature sensor and compensates for the effect of temperature on the system. It monitors the temperature and adjusts the current flow through the resistors in order to maintain a consistent output voltage.
The 13 components of the 767141682GPTR13 resistor network are arranged in such a way that the whole assembly can be operated at temperatures up to 150°C without any significant degradation of performance. The whole resistor network has a wide bandwidth and is designed to provide low-noise operation with low self-heating.
The ladder network configuration of the 767141682GPTR13 enables the resistors to be independently adjusted without disturbing the rest of the resistors. This maximizes output voltage accuracy and minimizes power losses. The resistors also have a high-damping factor which prevents oscillations and minimizes noise and distortion.
Conclusion:
The 767141682GPTR13 is an example of a resistive network designed for precision voltage regulation applications. It is composed of 12 resistors and one thermistor, arranged in a ladder network configuration. The combination of resistors enables the power supply to adjust its output voltage without generating noise and distortion, and the thermistor compensates for the effect of temperature on the system.
The resistors are independently adjustable to allow precise and accurate voltage adjustment, and the system is designed to provide low-noise and low-impedance operation with low self-heating. This makes the 767141682GPTR13 resistor network a great choice for a variety of applications, from power supplies to signal processing, data acquisition, and medical equipment.