3HP576-A-155.520 MERCURY UNITED ELECTRONICS, 3HP576-A-155.520 Datasheet
3HP576-A-155.520
Specifications of 3HP576-A-155.520
Related parts for 3HP576-A-155.520
3HP576-A-155.520 Summary of contents
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... CLOCK OSCILLATORS “HP” series (non-PLL based PECL) “HP” series use fundamental mode (inverted mesa) crystal to achieve stable and clean 10KH or 100KH differential PEC signals. No multiplier, no overtone and no phase lock loop technique is used. Jitter is as low as 1ps for the 155.520 MHz for SONET/SDH applications. The inherent advantage of differential PECL signal transmission provides improved noise immunity and makes the system less susceptible to ground noise ...
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... CLOCK OSCILLATORS “HP” series (non-PLL based PECL) General Specification for “HP” series (low jitter) Output Wave Form Frequency Range Standard Frequencies Frequency Stability Commercial temp. range (code “C”) Frequency Stability Industrial temp. range (code “I”) Frequency Stability Input Voltage Vcc Output Voltage HIGH “ ...
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... CLOCK OSCILLATORS “HP” series (non-PLL based PECL) PART NUMBER FORMAT AND EXAMPLES Package 5 Code “3” for +3.3V “C”for Commercial, 0 ~70°C "5" for +5.0V “I” for Industrial, -40 to +85° desired stability in ppm 5HP14-A-125.0 represents +5.0 V non-PLL based PECL clock oscillator, 125.0 MHz in 4 pin DIP full size, frequency stability is ± ...
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... CLOCK OSCILLATORS “HP” series (non-PLL based PECL) OUTPUT WAVEFORMS 80% 50% 20 Duty cycle=(T / T)*100 H TEST CIRCUIT Apply to all models and options. Both PECL and complimentary PECL outputs shown. V Term.= Vcc - 2.0V Vcc SUPPLY VOLTAGE A MERCURY Logic: PECL square wave Max. ...
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