AD9548: JTAG simulation file

Question Do you have AD9548.BSDL file for JTAG mode simulation? If yes, would you like to offer it ? Answer Please refer to the attached file.

AD9548 v AD9518, comparison of phase noise performance

Question I would like to know if the AD9548 would improve the phase noise performance in comparison with the AD9518 for my application? Answer The AD9548 (if driven with an 50 MHz crystal on the system clock) may or may not have better phase noise. It will depend on the desired loop bandwidth for the users. If the user has a relatively quiet input reference signal, then the AD9518 will probably be better. The AD9548 excels in low loop bandwidth applications. Referring to Figure 6 in the datasheet, at 1 kHz loop BW, the AD9548 outperforms the AD9518. Setting the loop bandwidth to 100Hz will actually improve the close-in phase noise of the AD9548, and make the phase noise plot from 100 Hz to 10 kHz more of a straight line instead of a hump. If you compare Figure 6 in the AD9548 datasheet with your modeling results, you’ll see the difference in performance.

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AD9548 Recommended for New Designs
The AD9548 provides synchronization for many systems, including synchronous optical networks (SONET/SDH). The AD9548 generates an output clock synchronized...
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AD9548 on Analog.com

Table of Contents

+Documents
Clock and Timing Support Community
+AD9508: FAQ
+AD9510: FAQ
+AD9511: FAQ
+AD9512: FAQ
+AD9513: FAQ
+AD9514: FAQ
+AD9515: FAQ
+AD9517-1: FAQ
+AD9518-0: FAQ
+AD9518-4: FAQ
+AD951x: FAQ
+AD9520-3: FAQ
+AD9523-1: FAQ
+AD9523: FAQ
+AD9525: FAQ
-AD9548: FAQ
- AD9548 v AD9518, comparison of phase noise performance
- AD9548: JTAG simulation file
+AD9549BCPZ: FAQ
+AD9552: FAQ
AD9951: FAQ
AD9957: FAQ
+ADCLK846: FAQ
+LTC6952: FAQ
+LTC695x: FAQ
+AD2S99: FAQ
+AD9518-3: FAQ
+AD9523-1/PCBZ: FAQ
+AD9558: FAQ
+AD9560: FAQ
+AD9577: FAQ
+ADCLK925: FAQ
+ADN2812: FAQ
+ADN2814: FAQ
+ADN2816: FAQ
+ADN2817: FAQ
Can you share the thermal data of DS1672U-33+T&R?
Does reset output of DS3232 affect internal RTC counting?
+DS1023-50: FAQ
DS1023: FAQ
+DS1023S-100+: FAQ
+DS1050U-001: FAQ
+DS1080LU+: FAQ
+DS1086LU+: FAQ
+DS1090: FAQ
+DS1091LUA-330+T: FAQ
+DS1099: FAQ
+DS1110S-50+: FAQ
+DS1124U-25+: FAQ
+DS1244W-120+: FAQ
+DS1251W-120IND+: FAQ
+DS12887+: FAQ
DS12887: FAQ
+DS12C887+: FAQ
+DS12C887A+: FAQ
+DS12CR887-33+: FAQ
+DS1302+: FAQ
DS1302: FAQ
+DS1306+: FAQ
+DS1307+: FAQ
DS1307: FAQ
+DS1315-33+: FAQ
+DS1337: FAQ
+DS1338U-33+: FAQ
DS1339A: FAQ
+DS1339AU+: FAQ
+DS1339C-33#: FAQ
+DS1339U-3+: FAQ
+DS1340U-3+: FAQ
+DS1341: FAQ
+DS1342T+: FAQ
+DS1343D-18+: FAQ
+DS1347T+: FAQ
+DS1374: FAQ
+DS1375T+: FAQ
+DS1388Z-3+: FAQ
+DS1388Z-33: FAQ
+DS1390U-18+: FAQ
+DS1390U-33/V+T: FAQ
+DS1501: FAQ
+DS1554-70IND+: FAQ
DS1672U-33+T&R: FAQ
+DS1682: FAQ
+DS1682S+: FAQ
DS1683: FAQ
+DS1683S+: FAQ
+DS1687-3+: FAQ
+DS1687-3IND: FAQ
+DS1744W-120+: FAQ
+DS1744W-120IND+: FAQ
+DS1744WP-120+: FAQ
+DS1746W-120+: FAQ
+DS1747-70IND+: FAQ
+DS26503L+: FAQ
DS3231: FAQ
+DS3231M+: FAQ
DS3231M: FAQ
+DS3231MPMB1#: FAQ
+DS3231MZ/V+: FAQ
+DS3231S#: FAQ
+DS3231SN#T&R: FAQ
DS3232M: FAQ
+DS3232MZ+: FAQ
DS3232SN#T&R: FAQ
+DS3234S#: FAQ
+DS3234SN#: FAQ
+DS32KHZ/WBGA+: FAQ
+DS32KHZN/WBGA: FAQ
+HMC-T2220: FAQ
+HMC704X and HMC704XB: FAQ
+ICM7217: FAQ
+ICM7240C/D: FAQ
+LTC1799: FAQ
+MAX31329: FAQ
+MAX31331: FAQ
MAX31341BEWC+: FAQ
+MAX31341BEWC+T: FAQ
+MAX31343EKA+: FAQ
+MAX3841: FAQ
+MAX3872AETJ+: FAQ
+MAX9180EXT+: FAQ
+MAX9394EHJ+: FAQ
What is the FIT rate of the DS3231SN#T&R for different temperatures?