Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric resonator (24 to 40 MHz)

■DESCRIPTION\nThe C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz.\nThey are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material.\nThey use th • High frequency (24 to 60 MHz)\n• Suitable for the source of microcomputer clock\n• Superior shock and vibration resistance, preventing damage during automatic mounting;

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The

Piezoelectric Resonator (24 to 40 MHz)

■DESCRIPTION The C4 series (L Type) resonators apply to the frequency range 24 to 60 MHz. They are fabricated on a lithium niobate (LiNaO3) substrate, producing resonators with ultra compact and superior stability due to the high electromechanical coupling coefficient of the material. The