Design of VHF Transitorized Crystal Oscillators for Maxiumum Frequency Stability
Report Number: RETR65-013
Author(s): Briscoe, W. Gary
Corporate Author(s): Redstone Arsenal
Laboratory: Redstone Arsenal
Date of Publication: 1965-11
Pages: 74
Contract: Laboratory Research - No Contract
DoD Task:
Identifier: AD0478231
Abstract:
Conditions for maximum oscillator frequency stability when variations occur in the circuit parameters are derived, and a method of designing VHF transistorized crystal oscillators to meet the conditions for maximum frequency stability is given. Two 200-megacycle oscillators were built and tested. The experimental results show that when the derived design conditions are met, the oscillator frequency is least sensitive to small changes in the circuit parameters.
Provenance: IIT
Author(s): Briscoe, W. Gary
Corporate Author(s): Redstone Arsenal
Laboratory: Redstone Arsenal
Date of Publication: 1965-11
Pages: 74
Contract: Laboratory Research - No Contract
DoD Task:
Identifier: AD0478231
Abstract:
Conditions for maximum oscillator frequency stability when variations occur in the circuit parameters are derived, and a method of designing VHF transistorized crystal oscillators to meet the conditions for maximum frequency stability is given. Two 200-megacycle oscillators were built and tested. The experimental results show that when the derived design conditions are met, the oscillator frequency is least sensitive to small changes in the circuit parameters.
Provenance: IIT