M6300 PETERMANN | Alldatasheet

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Technical content

FEATURES

  • FUNDAMENTAL TECHNIQUE FOR LOW JITTER - HIGH RELIABILITY FOR LOW COST - PECL OUTPUT SIGNAL - COMPLEMENTARY OUTPUT OPTION - JITTER OPTIMIZED DIP 14 PECL CLOCK OSCILLATOR - EXCELLENT CLOCK SIGNAL GENERATOR FOR TELECOM AND TRANSMISSION SYSTEMS SERIES PACKAGE FREQUENCY STABILITY AGING OPERATING TEMPERATURE RANGE STORAGE TEMPERATURE RANGE VOLTAGE CURRENT STANDARD OPTION RISE AND FALL TIME PECL "0" LEVEL "1" LEVEL LOAD PECL PIN CONNECTION START-UP TIME PERIOD JITTER RMS PART NUMBERING SYSTEM EXAMPLE SERIES M6300 BLANK FOR 100 PPM

50 FOR 50 PPM

BLANK FOR 0/+70°C N = -10/+60°C M = -20/+70°C W = -40/+85°C BLANK FOR 40/60% S FOR 45/55% COMPLEMENTARY BLANK PIN 1 NOT CONNECTED OUTPUT C FOR COMPLEMENTARY OUTPUT REQUIRED FREQUENCY +-5 ppm after first year 10 ms max. 4 ps typ. @ 155.520 MHz SEE OUTLINE DRAWINGS 50 Ω to VDD -2VDC SYMMETRY FREQUENCY STABILITY OTHER PARAMETERS ARE AVAILABLE ON REQUEST / CREATE HERE YOUR SPECIFICATION M6300-50-W-S-C-155.520MHz TEMPERATURE RANGE PETERMANN-TECHNIK | Amselweg 8 | D-86916 Kaufering Fon: 00 49 (0) 81 91 / 30 53 95 | Fax: 00 49 (0) 81 91 / 30 53 97 http://www.petermann-technik.de | info@petermann-technik.de FREQUENCY - EXTENDED TEMPERATURE RANGE TO -40/+85°C INPUT +3.3 VDC +-5% -55/+125°C FREQUENCY RANGE 120.0 ~ 200.0 MHz FUNDAMENTAL 100 mA max. +-50 ~ +-100 ppm M6300

14 PIN DIP

OUTPUT VDD -1.62V max. VDD -1.02V min. SYMMETRY PECL 3.3 VOLT 40/60% (VDD -1.3 V LEVEL) 45/55% (VDD -1.3V LEVEL) 1.5 ns max. (20 ~ 80% PECL) PETERMANN TECHNIK Time & Frequency Components

Time & Frequency Components PETERMANN-TECHNIK | Amselweg 8 | D-86916 Kaufering Fon: 00 49 (0) 81 91 / 30 53 95 | Fax: 00 49 (0) 81 91 / 30 53 97 http://www.petermann-technik.de | info@petermann-technik.de OUTLINE DRAWING OF M6300 0.8 4-00.55max 6.1m ax 5.3m ax #1 #7(Grounded to the Case) #14 #815.24 7.62 13.1max 20.4max ConnectionPIN #14 NC/OUTPUT#2 GND Output #1 VDD Unit:mm TEST CIRCUIT FOR PECL A V POWER SUPPLY 0,1µF OSCILLATOR OUT1 GND #1 #7 #8#14 VDD OUT2 50 + 2.0 V VDD PECL OUTPUT WAVE FORM VOL VOH 80% Output Crossing 20% Symmetry Logic 1