6/24/2026 9:20:38 AM   By  Andrew  in

3386P-1-104LF Trimmer Resistors - Through Hole by Bourns – Precision Resistance Adjustment for Electronic Circuits

The 3386P-1-104LF Trimmer Resistors - Through Hole from Bourns are high-quality variable resistive components designed for precise circuit calibration and adjustment. These reliable Passive Components are widely used in industrial electronics, communication equipment, instrumentation, and control systems where accurate resistance tuning is essential.

The 3386P-1-104LF belongs to the family of premium Trimmer Resistors - Through Hole and delivers excellent stability, long operating life, and dependable performance. As versatile Potentiometers, Trimmers & Rheostats, these components provide efficient resistance adjustment for various analog and digital applications.


Technical Specifications of 3386P-1-104LF

  • Manufacturer: Bourns

  • Part Number: 3386P-1-104LF

  • Product Type: Trimmer Resistors - Through Hole

  • Resistance Value: 100kO

  • Mounting Style: Through Hole

  • Adjustment Type: Top Adjustment

  • Element Type: Cermet

  • Number of Turns: Single Turn

  • Category: Passive Components, Potentiometers, Trimmers & Rheostats, Trimmer Resistors - Through Hole

These characteristics make the 3386P-1-104LF ideal for precision adjustment applications requiring reliable Passive Components.


Key Features of 3386P-1-104LF Trimmer Resistors - Through Hole

  • Accurate resistance adjustment

  • High reliability and stability

  • Compact through-hole design

  • Single-turn top adjustment configuration

  • Durable cermet element construction

  • Long operational lifespan

These features make the 3386P-1-104LF Trimmer Resistors - Through Hole a preferred choice among engineers using Potentiometers, Trimmers & Rheostats.


Applications of 3386P-1-104LF

The 3386P-1-104LF Trimmer Resistors - Through Hole are widely used in:

  • Industrial Control Systems

  • Measurement Instruments

  • Communication Equipment

  • Power Supplies

  • Consumer Electronics

  • Calibration Circuits

  • Signal Conditioning Applications

These dependable Trimmer Resistors - Through Hole provide precise tuning and improve overall circuit performance.


Installation and PCB Integration

Typical installation steps:

  1. Insert the component into the PCB.

  2. Solder the leads securely.

  3. Adjust resistance using the top adjustment screw.

  4. Verify the required resistance value.

  5. Test circuit performance.

Proper installation ensures reliable operation and optimum performance from these Potentiometers, Trimmers & Rheostats.


Use Case Scenario – Precision Calibration Circuit

An instrumentation manufacturer required adjustable Passive Components for calibration purposes.

Problem: Fixed resistors could not provide accurate tuning.

Solution: Implemented 3386P-1-104LF Trimmer Resistors - Through Hole.

Result: Improved calibration accuracy and enhanced circuit stability.

This demonstrates the importance of high-quality Trimmer Resistors - Through Hole in precision electronic applications.


Download Datasheet & FAQs

Download Datasheet:

Refer to the official datasheet for electrical specifications, dimensions, resistance characteristics, and mounting recommendations.


3386P-1-104LF Datasheet (PDF)

FAQs

Q1. What is the resistance value of 3386P-1-104LF?
It provides 100kO resistance.

Q2. What type of adjustment does this trimmer resistor use?
Top adjustment with a single-turn mechanism.

Q3. Where are these Trimmer Resistors - Through Hole commonly used?
Instrumentation, power supplies, industrial electronics, and calibration circuits.

Q4. What material is used for the resistive element?
Durable cermet technology.

Q5. Why choose Bourns trimmer resistors?
They offer precision adjustment, stability, and long-term reliability.


Conclusion

The 3386P-1-104LF Trimmer Resistors - Through Hole by Bourns deliver excellent precision, dependable performance, and long service life. These premium Passive Components and Potentiometers, Trimmers & Rheostats are ideal for calibration, tuning, and signal conditioning applications requiring accurate resistance adjustment.



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