PIHER T10MH01-475A2020-S, TRIMPOT CARBON H 10MM 4M7 ALYAN PIHER

PT10MH01-475A2020-S
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HT Part No. HT193399

Mfr. Part No. PT10MH01-475A2020-S

Manufacturer: PIHER

Technical Documents:

27 - In Stock pcs
Price:
£ 0.15
Units Per Unit Prices
1 - 999 £ 0.15
1000 + £ 0.13
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Product Specification

Product Attributes
Rotors Allen
Shaft Without Shaft
Series PT10
Resistance Value 4.7M Ohms
Mounting method Vertical
Rohs ROHS
Manufacturer PIHER
Taper Linear
Tolerance ±20%
Packaging BULK&BOX
Keyword karbon trimpot, japon tip trimpot, kombi trimpot, kombi kart trimpot
Size 10mm
Mounting Type THT
Adjust Method Horizontal
Temperature Coefficient ±300 ppm/°C
Number of Turn Single Turn

More Information

The PIHER T10MH01-475A2020-S is a high-precision, carbon-composition trimpot designed for fine-tuning and adjusting electrical circuits. With a 10mm diameter, it offers a resistance value of 4.7MΩ and features an adjustable screw mechanism for precise calibration. This trimpot is known for its durability and reliability in various electronic applications, making it an essential component for engineers and technicians looking to achieve accurate resistance adjustments.

Significant Benefits of Using the PIHER T10MH01-475A2020-S, Carbon Composition Trimmer Potentiometer

  • Adjustable: Screw mechanism for precise tuning
  • Adjustment Type: Top adjust with an Allen key
  • Precision Tuning: Enables accurate adjustments in electronic circuits.
  • Durable Construction: Carbon composition ensures longevity and reliability.
  • Compact Size: Fits easily into various circuit designs without taking up excessive space.
  • User-Friendly: Easy to adjust with an Allen key, providing convenience in fine-tuning applications.
  • Cost-Effective: Affordable solution for resistance adjustment needs.

Usage Information of the PIHER T10MH01-475A2020-S, Carbon Composition Trimmer Potentiometer

The PIHER T10MH01-475A2020-S trimpot offers a versatile solution for precise resistance adjustment across various electronic applications, such as:

  • Calibration: Ideal for calibrating instruments and measuring devices.
  • Signal Adjustment: Used in audio equipment for adjusting signal levels.
  • Sensor Tuning: Typically utilised in sensor circuits to fine-tune sensitivity.
  • Temperature Control: Employed in temperature regulation circuits.
  • Prototyping: Essential in prototype development for adjusting circuit parameters.

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