P260P-D1BF3D10K

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Rotary Potentiometers and Rheostats are two types of resistive controls that are widely used to control circuits, components, and even entire systems. The P260P-D1BF3D10K is an adjustable high-performance digital rheostat that is designed for demanding applications that require precise control. This article will discuss the application field and working principle of the P260P-D1BF3D10K.

The P260P-D1BF3D10K is used primarily in radio-frequency (RF) and power-frequency (PF) applications. It can be used as a low-frequency gain control, or as a bias for an amplifier or a switch. The P260P-D1BF3D10K is also used in modular assemblies, such as in lighting control systems and dimming systems. Other applications include temperature control, motor speed control, and precision instrumentation.

The P260P-D1BF3D10K is composed of a silicon wafer and a Type 2 anodized aluminum layer. The control signal is generated from the internal control logic circuit and sent to the Type 2 surface. The voltage of the control signal is proportional to the position of the control knob. The resistance of the P260P-D1BF3D10K is adjustable between 1KΩ to 10KΩ in 1KΩ increments.

The P260P-D1BF3D10K can operate in both current- and voltage-controlled modes. In current-controlled mode, a voltage is applied to the wafer and the control signal is sent to the Type 2 layer. The signal is then converted to a current, which is then used to vary the resistance of the rheostat. In voltage-controlled mode, the voltage of the control signal is proportionally varied to adjust the resistance of the rheostat.

The P260P-D1BF3D10K offers a wide range of temperature coefficients and an adjustable temperature range of -55°C to +125°C. It is immune to ESD and is RoHS 6/6 compliant. The P260P-D1BF3D10K is an ideal choice for designers working on high-end audio amplifiers and other premium applications where reliability, accuracy, and performance are of paramount importance.

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