Progress Bar

Skip to main content

Jaycar
...

100k Ohm Logarithmic (A) Single Gang 24mm Potentiometer

100k Ohm Logarithmic (A) Single Gang 24mm Potentiometer

  • CAT.NO: RP3618
$4.60

Bulk Pricing

Available variants (10)

Deliver to

Add postcode for delivery availability

Store

Choose a store for stock availability
100k Ohm Logarithmic (A) Single Gang 24mm Potentiometer
$4.60

With imperial standard shaft & bushings made to our rigid engineering specifications. The potentiometers are full size - 24mm diameter types . Power rating is 0.5W max. They have genuine 6.35mm (1/4) shafts with a flat machined 25% of the diameter for grubscrews or interference fit knob mounting. The shaft is a generous 38mm long. The bush is a 3/8 32 T.H.D. type which we believe is necessary for good fixing to a panel. Another important feature of the pots is their PCB mount capability. The pins are rigidly mounted on phenolic with the centre pin offset from the two outer terminals. When soldered into a PCB, the pot is quite rigidly held on its own. Double gangpots are held in 6 places and require no extra mechanical mounting assistance. The pins are large enough to terminate screened cable, etc., if the job requires hard wiring. Value100K

Potentiometer

Potentiometer Diameter

24mm

Number of Gangs

Single gang

Log or Linear?

Logarithmic

Potentiometer Knob Type

Imperial D

Potentiometer Terminal Type

Solder Legs

Potentiometer Shaft Length

38.5 mm

potentiometer nut size

24mm(3/8inch 32THD)

AC Voltage Rating

AC Voltage rating

150.0 V

Passive Component

Passive mount type

Panel,Through Hole

Passive connector type

Solder Legs

Component package

Metal can

Passive number of legs

3.0 count

Passive marking code

Number code

Pack Quantity

1.0 pc

Resistance Rating

Resistance level

100.0 kΩ

Power Rating

Continuous Power

0.25 W

Packaged Dimensions

Packaged Dimensions

2.3cm(Length) x 3.5cm(Width) x 5.5cm(Height)

variableresistors-icon

14 September 2023

Variable Resistors

Discover how different environmental factors can cause changes in resistance

Read more

about Variable Resistors