Skip to product information
19.069928 MHz crystal, HC49S quartz crystal, HC49 crystal resonator, 19.069928 MHz oscillator crystal, through hole quartz crystal, PCB crystal component, RF timing crystal, quartz resonator electronics, frequency crystal component, microcontroller crystal oscillator
  • 19.069928 MHz crystal, HC49S quartz crystal, HC49 crystal resonator, 19.069928 MHz oscillator crystal, through hole quartz crystal, PCB crystal component, RF timing crystal, quartz resonator electronics, frequency crystal component, microcontroller crystal oscillator
  • 19.069928 MHz crystal, HC49S quartz crystal, HC49 crystal resonator, 19.069928 MHz oscillator crystal, through hole quartz crystal, PCB crystal component, RF timing crystal, quartz resonator electronics, frequency crystal component, microcontroller crystal oscillator
  • 19.069928 MHz crystal, HC49S quartz crystal, HC49 crystal resonator, 19.069928 MHz oscillator crystal, through hole quartz crystal, PCB crystal component, RF timing crystal, quartz resonator electronics, frequency crystal component, microcontroller crystal oscillator
  • 19.069928 MHz crystal, HC49S quartz crystal, HC49 crystal resonator, 19.069928 MHz oscillator crystal, through hole quartz crystal, PCB crystal component, RF timing crystal, quartz resonator electronics, frequency crystal component, microcontroller crystal oscillator
19.069928 MHz HC49S Quartz Crystal Through-Hole Resonator

19.069928 MHz HC49S Quartz Crystal Through-Hole Resonator

Rs.120.00
Precision 19.069928 MHz quartz crystal resonator engineered for stable frequency control in digital and RF applications. The HC-49S through-hole metal package provides robust mechanical stability and reliable performance in microcontroller circuits, communication systems, and embedded timing applications. Features high frequency accuracy, low power consumption, and straightforward PCB mounting for both prototype development and production use. Ideal for oscillator circuits, RF modules, and any system requiring precise clock signal generation.

You may also like