4820P-T01-101 Datasheet/PDFThe 4820P-T01-101 is a resistor network that provides electrical designers with a highly accurate, non-corrosive, low-cost solution to power resistance circuit applications. This series of resistor networks is perfect for applications such as voltage and current dividers, active filters, switching circuits, and voltage-to-resistance converters.
The 4820P-T01-101 utilizes the well-known and reliable thick-film resistive technology to maintain a high performance across a variety of environmental conditions.This series of resistor networks is designed to provide a high-precision, low-drift, and cost-effective solution for all types of electronic circuit applications. The resistor networks can be provided in a variety of configurations, such as network configurations of 2,3,4,6,8,10,12,20, or higher, depending on the application.
Working Principle:
The 4820P-T01-101 is designed to provide a reliable and accurate divider ratio and a low temperature coefficient so it can withstand temperature, humidity, and chemistry related fluctuations with minimal change in the values. The thin-film resistor networks are placed on the same substrate, which helps the resistors maintain contact over a wide temperature range. This helps to ensure that the resistor value remains consistent and accurate even at high temperatures and in harsh environments.
The 4820P-T01-101 is also designed to be easily soldered, surface-mounted, interconnected, and connected to various circuit elements, including capacitors and inductors. The resistor networks can be used to accurately adjust the gain, phase, and attenuation of signals. The resistor networks are also designed for easy replacement and interchangeability, which is important for prototype development and production testing.
Applications:
The 4820P-T01-101 is a versatile and cost-effective solution for a wide range of applications. It can be used in communications and networking equipment, control systems, military and aerospace applications, automotive and other industries. For example, the resistor networks can be used in motor control systems to create accurate motor control circuits. The resistor networks can also be used to create audio-level control systems, such as balanced signal transceivers and summing circuits.
The networks can be used in signal conditioning applications, where they can be used to create wideband low-noise filters, attenuators, and multiplexers. The networks can also be used in power divider and combiner circuit applications, such as protection circuits, distribution systems, and phase shift networks.
The 4820P-T01-101 has been widely used in industries such as automotive, consumer electronics, medical and healthcare, industrial automation, automotive audio systems and telecoms. The networks are well suited for applications in which power or signal isolation, isolation between stages, accurate level and impedance matching, and flexibility of interfacing are required.
Conclusion
The 4820P-T01-101 is a versatile and affordable resistor network solution for a wide variety of applications, including power and signal isolation, audio level control, signal conditioning, and motor control. The resistor networks are well-suited for all types of electronic circuit applications, providing designers with a highly-accurate, non-corrosive, and low-cost solution.