4816P-T02-101LF Resistors

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Resistor Networks, Arrays refer to a family of passive electronic components composed of multiple resistors connected in various geometrical configurations. While single resistors are most often encountered in discrete form, multiple element networks appear mostly in integrated circuits (ICs). Due to their highly integrated and compact nature, they are often invaluable in helping quicken the design process, while reducing board space utilization, and cost. One example of resistor networks, arrays is the 4816P-T02-101LF.

Application Field

The 4816P-T02-101LF resistor network is a 16 Pin, low-cost, surface mount DIP resistor micro-array designed with a low-noise design. It has a wide practical range, from 2.2ohms to 100Kohms, and features high accuracy and exceptional performance. The 4816P-T02-101LF provides an ideal solution for a variety of electronic systems in a variety of applications, such as audio mixing and processing, voice recognition, signal processing, system control, and noise suppression.

Working Principle

The 4816P-T02-101LF resistor network utilizes a Low-Noise Design, which eliminates the need for CMRR, RFI, and shielding. This is achieved through the use of an integrated coil-and-capacitor circuit to eliminate any inductance effect. Furthermore, the back-end design ensures full thermal stability at any given temperature. The product is offered with a complete line of precision resistors and has excellent tolerance stability.

The 4816P-T02-101LF also features a low-profile, fully-sealed body, which offers superior protection against dust, water, and other environmental factors. Additionally, the product passes the highest level of the EN 38954 certification, which ensures that any product containing the 4816P-T02-101LF is of premium quality and reliability.

In conclusion, the 4816P-T02-101LF is an excellent solution for a variety of applications. Not only is it highly accurate with minimal noise, but it also provides a high degree of durability and protection. With its wide practical range, it is ideal for a variety of systems and can help simplify the design process, while reducing board space utilization, and cost.

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