90 Cel Variable Resistors 11

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Part	Manufacturer	Resistor Type	Mounting Type	Resistance	Rated Power Dissipation (P)	Maximum Operating Temperature	Tolerance	No. of Turns	Rated Temperature	Orientation (Actuator)	Technology	Shape (Package)	Law Of Resistance	Construction	Packing Method	No. of Terminals	Package Style (Meter)	Terminal Shape	Sub-Category	Minimum Operating Temperature	Temperature Coef (ppm/Cel)	Length (Lead)	Height (Package)	Manufacturer Series	Operating Voltage	Additional Features	Type (Actuator)	Length (Package)	Series	Diameter (Package)	Width (Package)	Ganging Number	Angle Of Rotation
PTC10LV10502A2020	Piher Sensors And Controls Sa	TRIMMER	THROUGH HOLE MOUNT	5000 ohm	.33 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET	CIRCULAR PACKAGE	LINEAR		BULK	3		FLAT		-40 Cel							SCREW
PTC-10LV10101A2020	Piher Sensors And Controls Sa	TRIMMER	THROUGH HOLE MOUNT	100 ohm	.33 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET	CIRCULAR PACKAGE	LINEAR		BULK	3		FLAT		-40 Cel				PTC-10		LASER TRIMMABLE	SCREW
PTC-10LV10222A2020	Piher Sensors And Controls Sa	TRIMMER	THROUGH HOLE MOUNT	2200 ohm	.33 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET	CIRCULAR PACKAGE	LINEAR		BULK	3		FLAT		-40 Cel				PTC-10		LASER TRIMMABLE	SCREW
PTC10LV10203A2020	Piher Sensors And Controls Sa	TRIMMER	THROUGH HOLE MOUNT	20000 ohm	.33 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET	RECTANGULAR PACKAGE	LINEAR		BULK	3		FLAT		-40 Cel							SCREW
PTC15LV02103A2020	Piher Sensors And Controls Sa	POTENTIOMETER		10000 ohm	.5 W	90 Cel	20 %				CERMET			Dust Proof			PCB Mount		Variable Resistors	-40 Cel	100	4 mm			250 V			6 mm	PTC15	15 mm			250 deg
PTC15LV02-103A2020	Amphenol	POTENTIOMETER	PCB MOUNT	10000 ohm	.5 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET		LINEAR	Rectangular	BULK	3	PCB Mount	FLAT		-40 Cel	100		12.5 mm		250 V		SCREW	15 mm			6 mm	1	240 deg
PTC-10LV10102A2020	Piher Sensors And Controls Sa	TRIMMER	THROUGH HOLE MOUNT	1000 ohm	.33 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET	CIRCULAR PACKAGE	LINEAR		BULK	3		FLAT		-40 Cel				PTC-10		LASER TRIMMABLE	SCREW
PTC15NV02104A2020	Piher Sensors And Controls Sa	POTENTIOMETER		100000 ohm	.5 W	90 Cel	20 %				CERMET			Dust Proof			PCB Mount		Variable Resistors	-40 Cel	100	4 mm			250 V			6 mm	PTC15	15 mm			250 deg
PTC15NV02-104A2020	Amphenol	POTENTIOMETER	PCB MOUNT	100000 ohm	.5 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET		LINEAR	Rectangular	BULK	3	PCB Mount	FLAT		-40 Cel			12.5 mm		250 V		SHAFT; THUMB WHEEL	15 mm			6 mm	1	240 deg
PTC10LV10252A2020	Piher Sensors And Controls Sa	POTENTIOMETER		2500 ohm	.33 W	90 Cel	20 %				CERMET			Dust Proof			PCB Mount		Variable Resistors	-40 Cel	100	3.5 mm			200 V			4.5 mm	PTC10	10.3 mm			220 deg
PTC10LV10253A2020	Piher Sensors And Controls Sa	TRIMMER	THROUGH HOLE MOUNT	25000 ohm	.33 W	90 Cel	20 %	1	70 Cel	VERTICAL	CERMET		LINEAR	Circular		3	PCB Mount	FLAT		-40 Cel	100		4.5 mm		200 V		SCREW	10.3 mm			10 mm	1	220 deg

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.