4114R-2-103LF

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Resistor Networks, Arrays are the types of resistor which are made from a combination of multiple resistors. The 4144R-2-103LF is one among them and it is a low-profile system based on a 4mm x 4mm Quad-flat No-lead (QFN) package size. It is a high-performance resistor network which consists of four resistors of varied resistances connected together.

The main application area of 4114R-2-103LF is in the domain of automotive, medical, consumer, communication and industrial circuits. It is used to provide a fine-grained level of resistance and voltage precision across the circuit. It reduces the number of components of the system as the four resistors integrated into it decrease the number of total resistors requires for the system, hence reducing the size of the system and improving its design flexibility.

The working principle of 4114R-2-103LF is based on the ohm’s law. According to this law, current flow across the resistor equation is proportional to the applied voltage, the resistance of the resistor, and the temperature of the environment. When the voltage is increased, then the current flow across the resistor rises and vice-versa. The 4114R-2-103LF uses this principle to control the current flow in the circuit and to create the desired precision levels.

The 4114R-2-103LF is a general-purpose resistor array which has excellent power handling capabilities and provides a stable performance within its specified operating temperatures. It is able to operate satisfactorily within temperatures of -40°C to 85°C. The 4114R-2-103LF has a low-profile body size making it convenient as it occupies only minimal space in the circuit board. Moreover, it has superior insulation and heat dissipation properties. This property makes it suitable for many electronics projects.

The 4114R-2-103LF array is also adept in filtering high-frequency noise coming from out of the system. This filtering process is done by passing the current through the resistor array. The resistor array has an impedance that will decrease the amplitude of high-frequency current. In this process, the low-frequency signals remain unaffected while the high-frequency signals are attenuated. This property makes it appealing for various electronic projects.

The 4114R-2-103LF provides higher accuracy levels due to its low-temperature coefficient and low noise operation. It performs better than other resistor arrays in high-noise environments. This makes it suitable for precision applications like measuring devices, and instruments. The 4114R-2-103LF also has good resistance stability across a wide temperature range and low leakage current in comparison to other resistor networks.

The 4114R-2-103LF is widely used in the automotive, medical, consumer, communication, and industrial fields due to its high-accuracy and reliable operations. It reduces the size of the system and improves design flexibility as it replaces multiple resistors. This resistor is adept in filtering high-frequency noise and provides excellent resistance stability and power handling capabilities.

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