Communications Clock Jitter Attenuator

Description The MK2058-01 is a VCXO (Voltage Controlled Crystal Oscillator) based clock jitter attenuator designed for system clock distribution applications. This monolithic IC, combined with an external inexpensive quartz crystal, can be used to replace a more costly hybrid VCXO retiming module

封装/外壳：20-SOIC（0.295"，7.50mm 宽） 包装：卷带（TR） 描述：IC VCXO CLK JITTER ATTEN 20-SOIC 集成电路（IC） 时钟发生器，PLL，频率合成器

Communications Clock Jitter Attenuator

Communications Clock Jitter Attenuator

Description The MK2058-01 is a VCXO (Voltage Controlled Crystal Oscillator) based clock jitter attenuator designed for system clock distribution applications. This monolithic IC, combined with an external inexpensive quartz crystal, can be used to replace a more costly hybrid VCXO retiming module

COMMUNICATIONS CLOCK JITTER ATTENUATOR

Features • Excellent jitter attenuation for telecom clocks • Also serves as a general purpose clock jitter attenuator for distributed system clocks and recovered data or video clocks • 2:1 Input MUX for input reference clocks • No switching glitches on output • VCXO-based clock generation o

Communications Clock Jitter Attenuator

Description The MK2058-01 is a VCXO (Voltage Controlled Crystal Oscillator) based clock jitter attenuator designed for system clock distribution applications. This monolithic IC, combined with an external inexpensive quartz crystal, can be used to replace a more costly hybrid VCXO retiming module

COMMUNICATIONS CLOCK JITTER ATTENUATOR

Features • Excellent jitter attenuation for telecom clocks • Also serves as a general purpose clock jitter attenuator for distributed system clocks and recovered data or video clocks • 2:1 Input MUX for input reference clocks • No switching glitches on output • VCXO-based clock generation o

COMMUNICATIONS CLOCK JITTER ATTENUATOR

Features • Excellent jitter attenuation for telecom clocks • Also serves as a general purpose clock jitter attenuator for distributed system clocks and recovered data or video clocks • 2:1 Input MUX for input reference clocks • No switching glitches on output • VCXO-based clock generation o