Littelfuse Variable Resistors 52

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Part RoHS Manufacturer Resistor Type Mounting Type Resistance Rated Power Dissipation (P) Maximum Operating Temperature Tolerance Diameter (Lead) No. of Turns Rated Temperature Orientation (Actuator) Technology Shape (Package) Law Of Resistance Construction Packing Method Size Code No. of Terminals Package Style (Meter) Terminal Shape Sub-Category Dimensions Minimum Operating Temperature Temperature Coef (ppm/Cel) Terminal Finish Length (Lead) Height (Package) Manufacturer Series Operating Voltage Additional Features Type (Actuator) Length (Package) JESD-609 Code Series Diameter (Package) Reference Standard Width (Package) Ganging Number Angle Of Rotation

E7800.0030

Littelfuse

POTENTIOMETER

E7800

E7800.0700

Littelfuse

POTENTIOMETER

E7800

E7800.0440

Littelfuse

POTENTIOMETER

E7800

E7800.0250

Littelfuse

POTENTIOMETER

E7800

E7800.0310

Littelfuse

POTENTIOMETER

E7800

E7800.0670

Littelfuse

POTENTIOMETER

E7800

E7800.0750

Littelfuse

POTENTIOMETER

E7800

E7800.0490

Littelfuse

POTENTIOMETER

E7800

E7800.0770

Littelfuse

POTENTIOMETER

E7800

E7800.0100

Littelfuse

POTENTIOMETER

E7800

E7800.0740

Littelfuse

POTENTIOMETER

E7800

E7800.0060

Littelfuse

POTENTIOMETER

E7800

E7800.0330

Littelfuse

POTENTIOMETER

E7800

E7800.0360

Littelfuse

POTENTIOMETER

E7800

E7800.0050

Littelfuse

POTENTIOMETER

E7800

E7800.0390

Littelfuse

POTENTIOMETER

E7800

E7800.0270

Littelfuse

POTENTIOMETER

E7800

E7800.0650

Littelfuse

POTENTIOMETER

E7800

E7800.0260

Littelfuse

POTENTIOMETER

E7800

E7800.0040

Littelfuse

POTENTIOMETER

E7800

E7800.0460

Littelfuse

POTENTIOMETER

E7800

E7800.0720

Littelfuse

POTENTIOMETER

E7800

E7800.0660

Littelfuse

POTENTIOMETER

E7800

E7800.0290

Littelfuse

POTENTIOMETER

E7800

E7800.0220

Littelfuse

POTENTIOMETER

E7800

E7800.0710

Littelfuse

POTENTIOMETER

E7800

E7800.0410

Littelfuse

POTENTIOMETER

E7800

E7800.0380

Littelfuse

POTENTIOMETER

E7800

E7800.0080

Littelfuse

POTENTIOMETER

E7800

E7800.0300

Littelfuse

POTENTIOMETER

E7800

E7800.0070

Littelfuse

POTENTIOMETER

E7800

E7800.0230

Littelfuse

POTENTIOMETER

E7800

E7800.0200

Littelfuse

POTENTIOMETER

E7800

E7800.0430

Littelfuse

POTENTIOMETER

E7800

E7800.0450

Littelfuse

POTENTIOMETER

E7800

E7800.0680

Littelfuse

POTENTIOMETER

E7800

E7800.0340

Littelfuse

POTENTIOMETER

E7800

E7800.0690

Littelfuse

POTENTIOMETER

E7800

E7800.0480

Littelfuse

POTENTIOMETER

E7800

E7800.0400

Littelfuse

POTENTIOMETER

E7800

E7800.0210

Littelfuse

POTENTIOMETER

E7800

E7800.0760

Littelfuse

POTENTIOMETER

E7800

E7800.0730

Littelfuse

POTENTIOMETER

E7800

E7800.0420

Littelfuse

POTENTIOMETER

E7800

E7800.0370

Littelfuse

POTENTIOMETER

E7800

E7800.0470

Littelfuse

POTENTIOMETER

E7800

E7800.0280

Littelfuse

POTENTIOMETER

E7800

E7800.0240

Littelfuse

POTENTIOMETER

E7800

Variable Resistors

Variable resistors, also known as potentiometers or rheostats, are electrical components that can adjust the resistance in a circuit. They typically consist of a resistive element and a movable wiper, which can be adjusted by a knob or a slider. By changing the position of the wiper, the resistance between two terminals of the resistor can be varied, allowing for precise control of the amount of current flowing through the circuit.

Variable resistors are commonly used in a variety of electronic applications, such as audio equipment, lighting controls, and motor speed controls. They can also be used as voltage dividers, where the resistance value can be adjusted to achieve a desired output voltage. Variable resistors come in various shapes and sizes, including rotary potentiometers, slide potentiometers, trimmers, and preset resistors.

One of the main advantages of variable resistors is their versatility, as they can be used to control a wide range of electrical parameters, such as voltage, current, and power. They can also be used for calibration and testing purposes, as they allow for precise adjustment of circuit parameters. However, variable resistors also have some limitations, such as limited lifetime due to wear and tear, and the potential for noise and instability at higher resistance values.