Abstract: A missile to be fired from a barrel contains a tail, a tail sleeve attached to the tail, a stop element fixed to the tail sleeve, and a movable structural part disposed at the tail. Fin assembly wings are provided and are to be released from a subcaliber launch position to an overcaliber functional position by the movable structural part moving toward the stop element through a given distance. A pressure area is disposed between the tail end surface and the movable structural part. A propellant gas enters the pressure area during the firing of the missile, for moving the movable structural part away from the tail end surface against the stop element after firing. Bearing shafts are supported by the tail sleeve, the fin assembly wings are configured as a wrap around tail fin assembly held about the bearing shafts.

Abstract: A missile to be fired from a barrel contains a tail, a tail sleeve attached to the tail, a stop element fixed to the tail sleeve, and a movable structural part disposed at the tail. Fin assembly wings are provided and are to be released from a subcaliber launch position to an overcaliber functional position by the movable structural part moving toward the stop element through a given distance. A pressure area is disposed between the tail end surface and the movable structural part. A propellant gas enters the pressure area during the firing of the missile, for moving the movable structural part away from the tail end surface against the stop element after firing. Bearing shafts are supported by the tail sleeve, the fin assembly wings are configured as a wrap around tail fin assembly held about the bearing shafts.

Abstract: A frequency synthesizer which can effect a high speed frequency hopping operation without causing deterioration in stability in phase and frequency in a phase frequency-locked condition and also in output spurious characteristic is disclosed. An output range controlling circuit clips the output voltage of a phase frequency to voltage converting circuit at a voltage corresponding to an input signal. The phase frequency to voltage converting circuit outputs a voltage corresponding to a pulse width inputted thereto from a phase frequency detector. A low-pass filter removes high frequency components of a signal inputted thereto. A voltage-controlled oscillator outputs a signal having a frequency corresponding to a voltage of a signal having passed through the low-pass filter. The phase frequency detector effects phase frequency detection between a reference signal and a signal obtained by frequency dividing the output of the voltage-controlled oscillator by an arbitrary value by a variable frequency divider.