4114R-1-153LF

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Resistor Networks, Arrays
A resistor network, array or simply a resistor is a component of an integrated circuit (IC) which is used to limit or regulate the flow of electric current. A resistor network consists of several resistors connected in series, parallel, or both. In addition, there may be components such as capacitors, inductors, and switches which can work in conjunction with the resistors to regulate the current. An array is an assembly of resistors and other components that work together to provide an electrical current in a given direction.

The 4114R-1-153LF is a precision resistor array designed for precision systems. It consists of thirteen (13) chip resistors in either a four-terminal configuration or three-terminal configuration, depending on the type chosen. The resistors are available in 0402 or 0603 sizes. The resistor array has a single machine-trimmed resistance value with a temperature coefficient of 0.1%.

The 4114R-1-153LF is suitable for multiple applications, such as current limiters, voltage dividers, low pass filters, and impedance matching. It is also ideal for use in precision circuits, including active filters, temperature compensation circuits, and ADCs. The low-inductance layout of the resistor array ensures that the highest level of precision is maintained in a circuit. The resistor array also has a power rating of 1/2W, a voltage rating of 50W max, and a maximum TC of 0.1%.

The 4114R-1-153LF is a reliable and accurate component. It is RoHS compliant, lead free, and has a maximum operating temperature of 105°C. The resistor array is designed with a dielectric strength of 400V, and with a power derating factor of 0.8W at 25°C. The 4114R-1-153LF is constructed using a unique manufacturing process that ensures its accuracy and reliability.

The working principle of the 4114R-1-153LF is simple. The resistor array is designed to limit the current flow in a circuit. The resistors in the array work together to reduce the current to a specific value. This value is determined by the number of resistors, their individual resistance, and the type of configuration that is chosen. When the current passes through the resistors, some of it is converted to heat, which in turn lowers the overall resistance of the array. This allows the current to flow at a regulated level.

The 4114R-1-153LF is an excellent choice for precision circuits. Its high precision, accurate performance, and reliable design make it ideal for a variety of applications. Its versatility makes it a great choice for designers looking for a resistor array that can be used in multiple applications and still provide excellent performance. The 4114R-1-153LF is a reliable and accurate resistor array that is perfect for any precision circuit design project.

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