Double triode for low-frequency amplification and impulse modes. Case type: glass, miniature. Mass 20g. Main parameters (at U_{f}=6.3 V, U_{a}=120 V, R_{c}=68 ?)

Filament current, mA | 900±50 |

Anode current, mA | 30+8/-9 |

Anode currentin zero point, µA | ≤100 |

Grid reverse current, µA | ≤1 |

Cathode impulse current (at anode and grid voltage 150 V, impulse duration 1..2 µs, frequency 50 Hz) | ≥4.7 |

Transconductance, mA/V | 11+2.6/-2.9 |

Gain factor | 20±4 |

Vibronoise voltage (at R | ≤100 |

Interelectrode capacitance, pF input output (1 output (2 input-to-output 1 cathode-to-filament | 4.4±0.7 1.65±0.25 1.8±0.3 ≤3.5 ≤0.1 ≤8 |

Lifetime, h | ≥500 |

Durability test cathode impulse emission current, A | ≥3.5 |

Operational limits

Filament voltage, V | 5.7-7.0 |

Anode voltage, V | 300 |

Anode voltage in off-state, V | 450 |

Grid negative voltage, V | 100 |

Cathode-to-filament voltage, V at filament positive potential at filament negative potential | 150 200 |

Anode power dissipation (each triode), W | 4 |

Grid power dissipation (each triode), W | 0.3 |

Grid circuit resistance, M? | 1 |

Pulse ratio | ≥500 |

Envelope temperature, | 200 |

Sinusoidal vibrationacceleration, g | 6 |

Sinusoidal vibration frequency, Hz | 10..600 |

Multiple impacts acceleration, g | 120 |

Single impact acceleration, g | 500 |

Linear acceleration, g | 100 |

Ambient air temperature, | -60..+85 |

## You can order **6N6P-I** from us

**Russian Electronics company**
Russia, Moscow region, Ryazan,Sobornay square 2.

Tel: +7 (491) 227-61-51, Fax: +7 (491) 227-18-88

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