Tunable Inductors

PICONICS tunable inductors are specialized components designed for electronic applications that require fine adjustment of inductance, whether during manufacturing, assembly, or maintenance.

These inductors allow for the optimization of RF circuits, microwave circuits, and other critical applications where adaptability is essential.

Main Series of Tunable Inductors

PKV Series

• Type: Variable inductance chip inductor
• Inductance: From 0.012 to 100 µH
• Dimensions: 0.125 x 0.160 inches
• Adjustment: Slide style tuning mechanism, which facilitates precise tuning in the circuit.

ST Series

• Type: Leaded inductor, military grade (Mil-Spec)
• Inductance: From 0.010 to 100 µH
• Dimensions: 0.100 x 0.200 inches
• Standard: Complies with military specifications M53229 and M53230
• Adjustment: Screw style tuning mechanism, ideal for applications requiring robust and stable tuning.

TT Series

• Type: Leaded inductor, military grade (Mil-Spec)
• Inductance: From 0.020 to 100 µH
• Dimensions: 0.110 x 0.285 inches
• Standard: Complies with military specifications M53233 and M53234
• Adjustment: Screw adjustment, ensuring precision and repeatability in demanding environments.

Key Features

• Wide inductance range: From 0.010 µH up to 100 µH, covering various tuning applications.
• Precise tuning mechanisms: Available in both slide and screw formats, facilitating exact adaptation to circuit requirements.
• Compliance with military standards: ST and TT series are designed under strict Mil-Spec standards, ideal for aerospace, defense, and critical environments.
• Compact formats: Allow integration into high-density designs and miniaturization of equipment.

Typical Applications

• Tuning of RF/microwave filters and circuits
• High-frequency test and measurement equipment
• Satellite and military communication systems
• Prototyping and development of adjustable circuits

PICONICS tunable inductors are a preferred choice for engineers and designers seeking precision, adaptability, and compliance with standards in critical applications.

Their variety of tuning mechanisms and compatibility with standards position them as leaders in the segment of adjustable inductors for advanced electronics.