RAVF164DJT20K0

Resistor Networks, Arrays

RAVF164DJT20K0 is a precision resistor network/array designed for various applications including filtering, impedance matching, signal conditioning, etc. This component features a wide resistance range, a low inductance profile, and excellent temperature stability. It is a four terminal device with four resistors connected in a series/parallel configuration. The resistance tolerance is guaranteed at ± 0.1%.

The RAVF164DJT20K0 consists of four thin-film resistors mounted to a high-temperature substrate and encapsulated in an epoxy resin body. The resistors are connected in a configuration of either series (series-parallel) or parallel (shunt-parallel) connections. This allows for flexibility in the design of circuits. For example, a series-parallel resistor network could be used to filter DC signals and a shunt-parallel resistor network could be used for precision voltage division.

The RAVF164DJT20K0 offers excellent repeatability with a low temperature coefficient of resistance. This means that the resistor has a consistent behavior and remains stable over a wide temperature range. In addition, it has a low Resonant Impedance (Ro), which helps reduce switch-induced spikes in the circuit. The Ro of the RAVF164DJT20K0 is typically specified at less than 2 ohms and its low thermal EMF provides superior temperature compensation.

The RAVF164DJT20K0 is a high-quality part designed for precise resistive networks. It offers excellent temperature stability, low inductance, and a guaranteed resistance tolerance of ± 0.1%. Its repeatable performance makes it ideal for applications that require precision and stability. These include precision voltage dividers, current sensing networks, impedance matching, filter design, and signal conditioning, among others.