PIHER PT10LV10-501A2020-PM-S, TRIMPOT CARBON V 10mm 500R ±20% SCREWDR.

PT10LV10-501A2020-PM-S
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HT Part No. HT193439

Mfr. Part No. PT10LV10-501A2020-PM-S

Manufacturer: PIHER

Technical Documents:

1 - In Stock pcs
Price:
£ 0.13
Units Per Unit Prices
1 - 999 £ 0.13
1000 + £ 0.11
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Product Specification

Product Attributes
Mounting method Horizontal
Number of Turn Single Turn
Size 10mm
Rotors Screwdriver
Adjust Method Vertical
Manufacturer PIHER
Taper Linear
Temperature Coefficient ±300 ppm/°C
Series PT10
Shaft Without Shaft
Rohs ROHS
Keyword karbon trimpot, japon tip trimpot, kombi trimpot, kombi kart trimpot
Mounting Type THT
Resistance Value 500 Ohms
Tolerance ±20%
Packaging BULK&BOX

More Information

The PIHER PT10LV10-501A2020-PM-S is a 10mm trimmer potentiometer, commonly referred to as a trimpot, with a resistance value of 500 ohms (Ω) and a tolerance of ±20%. It is designed for precise adjustments in electronic circuits and features a carbon-resistive element. This component is adjustable via a screw and is commonly used for fine-tuning resistance in various applications. The PIHER PT10LV10 series is known for its compact size and reliability, making it suitable for a wide range of electronic devices and control systems.

Significant Advantages of Using the PIHER PT10LV10-501A2020-PM-S, 10mm Trimmer Potentiometer

  • Adjustment: Screwdriver slot for precise tuning
  • Compact Size: Fits easily into small spaces within electronic devices.
  • Precision Tuning: Allows for fine adjustments in circuit parameters.
  • Durability: Designed to withstand up to 200 adjustment cycles.
  • Versatility: Suitable for various electronic applications due to its wide resistance range and tolerance.
  • Stability: Carbon element ensures stable resistance values over time.

Application Areas of the PIHER PT10LV10-501A2020-PM-S, 10mm Trimmer Potentiometer

  • Calibration: Used in circuits requiring precise resistance calibration.
  • Signal Conditioning: Adjusting signal levels in amplifiers and filters.
  • Sensor Tuning: Fine-tuning sensor outputs in control systems.
  • Voltage Regulation: Adjusting voltage levels in power supplies.
  • Timing Circuits: Setting precise timing intervals in oscillators and timers.
  • Audio Equipment: Balancing and tuning audio signals in mixers and amplifiers.
  • Instrumentation: Adjusting measurements in various instrumentation devices.

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