• Part: INS6110
  • Description: 1:10 Low-Jitter Clock Buffer
  • Manufacturer: DAPU
  • Size: 774.14 KB
Download INS6110 Datasheet PDF
DAPU
INS6110
INS6110 is 1:10 Low-Jitter Clock Buffer manufactured by DAPU.
Guangdong Dapu Tele Technology Co., Ltd http://.dptel. Bldg 16,.N.Ind.Zone,SSL Industry Park, Dongguan City, Guangdong Province, PRC China TEL:0086-0769-88010888 FAX:0086-0769-81800098 - 1:10 Low-Jitter Clock Buffer Features - 10 Single-Ended LVCMOS Outputs(DC~200MHz) - 3 Clock Inputs - 2 Differential or Single-Ended Inputs(DC~200MHz) - 1 Crystal Input(8~50MHz)or Single-Ended(DC~50MHz) - Additive Phase Noise/Jitter: 50fs RMS(Typ.)@25MHz(12KHz~20MHz) - Output Power Supply:1.5V,1.8V,2.5V or 3.3V - Core Power Supply:2.5V or 3.3V - Temperature:-40℃~+85℃ - Package:QFN32(5.0mmx5.0mmx0.9mm) - Ro HS APPLICATIONS - High-Speed Clock Distribution - Wireless and Wired munications - Medical Imaging - Measurement DESCRIPTION The INS6110 is a low-jitter clock fan-out buffer. It can distribute to ten LVCMOS clock outputs from one clock input which is selected from two differential/single-ended clock inputs and a crystal input. Ver.: 1.0 DAPU Confidential Page: 1/15 Guangdong Dapu Tele Technology Co., Ltd http://.dptel. Bldg 16,.N.Ind.Zone,SSL Industry Park, Dongguan City, Guangdong Province, PRC China TEL:0086-0769-88010888 FAX:0086-0769-81800098 TABLE OF CONTENTS 1 Description ........................................................................................................................................................ 3 2 Block Diagram & Pin Assignment .................................................................................................................. 3 3 Electric Parameter .......................................................................................................................................... 5 4 Function Description ...................................................................................................................................... 9 5 Environment .............................................................................................................................................