Strong leads and easy to read color coding for breadboarding.
DESCRIPTION
These are 1.2K ohm 1/4W 5% through hole resistors with strong leads that come in a 25-pack.
PACKAGE INCLUDES:
- Qty 25 – 1.2K Ohm 1/4W 5% Resistor
KEY FEATURES OF 1.2K OHM 1/4W 5% RESISTORS:
These are carbon film axial leaded through hole type and can handle up to 1/4W of power at voltages up to 350V. 1/4W resistors are the most commonly used size for breadboarding.
We offer this particular line of resistors specifically for breadboarding because they have easy to read color-coding on a tan (5%) background so you don’t have to keep dragging out the multimeter to figure out values.
In addition the leads are very stout with a 0.55 mm diameter constructed of tin and copper plated over steel wire, so they hold up well with repeated insertions into solderless breadboards. No more trying to use needle nose pliers to get the resistor leads to insert into the breadboard. The larger leads also grip better in the contacts.
Because the leads are strong, these resistors can also be useful when sky-wiring a project.
Notes:
- None
TECHNICAL SPECIFICATIONS
| Resistance |
|
1.2K ohm |
| Tolerance |
|
5% |
| Color Code |
|
Brown / Red / Red / Gold |
| Type |
|
Carbon Film |
| Voltage |
Maximum Operating |
350V |
| Polarization |
|
None |
| Operating Temp |
|
-55C – +155C |
| Package |
|
Conformal Coated, Axial |
| Dimensions |
Body diameter |
2.3mm |
|
Body Length |
6mm |
|
Lead Length |
28mm |
|
Lead Diameter |
0.55mm |
| Mfr |
|
Stackpole Electronics |
| Datasheet |
|
CF14JT1K20 |
Reliable JST connector cables with secure locking design, UL-certified wires, and high-quality crimping. Supports up to 3A current with compact 2.5mm pitch. Ensures stable power and signal transmission for PCB, LED, robotics, and industrial use. Custom lengths, colors, and pin counts available.
cables are made with high-purity copper wires and solid copper terminals, ensuring excellent conductivity, low resistance, and long-term reliability in power and signal transmission. Ideal for high-performance electronic applications.
