392JA1K

Res POT 1K Ohm 10% 0.5W(1/2W) 1(Elec)/1(Mech)Turn 3.18mm (12.7 X 34.53mm) Pin Panel Mount/Through Hole .. see full description

RoHS Compliant

Packaging

Accessories

Request Programming Quote

Discontinued

Certificate of Compliance Guarantee

SPECS
FULL DESCRIPTION

Product Attribute

Attribute Value Select Attribute

Products found: 0Show Similar

Supplier:

Honeywell

Part No:

392JA1K

RoHS:

Yes

HTS:

8533408070

COO:

ECCN:

EAR99

Supplier Standard Pack This information is provided for customers who prefer to buy in multiples of the Manufacturer’s Standard Package quantity. Minimum Order Quantities and Required Order Multiples are presented with our price and availability information.

This information is provided for customers who prefer to buy in multiples of the Manufacturer’s Standard Package quantity. Minimum Order Quantities and Required Order Multiples are presented with our price and availability information.

Mounting:

Panel Mount/Through Hole

Number of Turns:

1(Elec),1(Mech) Tur ns

Termination Style:

Power Rating:

0.5 (1/2) W

Resistance Value:

1 KOhm

Tolerance:

10 %

Temperature Coefficient:

N/A

Dimension:

34.53 x 12.7 mm

Operating Temperature:

-40 to 120 °C

Switch Option:

Number of Elements:

Life Cycle:

Discontinued

The HONEYWELL part 392JA1K is a highly reliable and versatile resistor potentiometer designed for various electronic applications. With a resistance of 1K Ohm and a tolerance of 10%, it provides accurate and stable voltage division. This potentiometer features a 0.5W (1/2W) power rating, making it suitable for both low and high power circuits. It offers a single electrical turn and a single mechanical turn, making it easy to adjust and control. The potentiometer has a compact size of 3.18mm, making it ideal for space-constrained applications. It is panel mountable or can be mounted through a hole, providing flexibility for installation. Overall, the HONEYWELL part 392JA1K is a reliable and high-quality resistor potentiometer that offers precise electrical control in various electronic systems.