10 kHz to 212.5 MHz, 350 fs jitter, multi frequency LVCMOS silicon oscillator
Description:
10 kHz to 125 MHz, 1 ps typical jitter, programmable center or down spread, automotive-grade LVCMOS silicon oscillator
Description:
10 kHz to 125 MHz, 1 ps typical jitter, programmable center or down spread, tiny 1210 package LVCMOS silicon oscillator
Description:
10 kHz to 212.5 MHz, 350 fs jitter, programmable center or down spread, LVCMOS silicon oscillator
Description:
10 MHz to 156.25 MHz, 52 fs jitter, ±5/20 ppm temperature stability, universal format differential TCXO
Description:
10 MHz to 156.25 MHz, 52 fs jitter, ±5/20 ppm temperature stability, 0V8 to 1V2 swing differential TCXO
Description:
10 MHz to 156.25 MHz, 52 fs jitter, ±5/20 ppm temperature stability, universal format differential DCTCXO
Description:
10 MHz to 156.25 MHz, 52 fs jitter, ±5/20 ppm temperature stability, 0V8 to 1V2 swing differential DCTCXO
Description:
10 MHz to 156.25 MHz, 52 fs jitter, ±5/20 ppm temperature stability, voltage controlled differential VCTCXO
Description:
10 MHz to 156.25 MHz, 52 fs jitter, ±5/20 ppm temperature stability, 0V8 to 1V2 swing voltage controlled differential VCTCXO
Description:
10 MHz to 76.8 MHz, 93 fs jitter, ±0.5/20 ppm temperature stability, standard LVCMOS TCXO
Description:
10 MHz to 76.8 MHz, 93 fs jitter, ±0.5/20 ppm temperature stability, low power LVCMOS TCXO
Description:
10 MHz to 76.8 MHz, 93 fs jitter, ±0.5/20 ppm temperature stability, voltage controlled LVCMOS VCTCXO
Description:
10 MHz to 76.8 MHz, 93 fs jitter, ±0.5/20 ppm temperature stability, low power voltage controlled LVCMOS VCTCXO
Ethernet Networking
ChronoPHY™ series of 10G, 5G, and 2.5G Ethernet PHYs featuring an advanced timing architecture for extended reach, superior reliability, and advanced modern networking.