) is kept under 5.0 pF, it causes very little loading on input tuning networks.

Another excellent legacy RF/IF amplifier alternative that maintains high gain profiles across similar frequency bands.

Hobbyists often replace the 3SK41 in vintage rigs to achieve better sensitivity (up to 6dB improvement) and lower background noise.

Ideal for RF amplifiers, mixers, and Automatic Gain Control (AGC) circuits in radio receivers.

Gate 1, Gate 2, Source, Drain (often with a 4th lead for the case/shield) Commonly Available Data Sources: Alldatasheet - 3SK41L Veswin 3SK41 Description Utsource 3SK41 Description

The electrical parameters of the 3SK41 highlight its optimization for low-power, high-gain signal processing. Below is a breakdown of the key data values typically listed in its technical data sheet: Maximum / Standard Value

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3sk41 Datasheet

) is kept under 5.0 pF, it causes very little loading on input tuning networks.

Another excellent legacy RF/IF amplifier alternative that maintains high gain profiles across similar frequency bands. 3sk41 datasheet

Hobbyists often replace the 3SK41 in vintage rigs to achieve better sensitivity (up to 6dB improvement) and lower background noise. ) is kept under 5

Ideal for RF amplifiers, mixers, and Automatic Gain Control (AGC) circuits in radio receivers. Ideal for RF amplifiers, mixers, and Automatic Gain

Gate 1, Gate 2, Source, Drain (often with a 4th lead for the case/shield) Commonly Available Data Sources: Alldatasheet - 3SK41L Veswin 3SK41 Description Utsource 3SK41 Description

The electrical parameters of the 3SK41 highlight its optimization for low-power, high-gain signal processing. Below is a breakdown of the key data values typically listed in its technical data sheet: Maximum / Standard Value