| No. | parte # | Fabricante | Descripción | Hoja de Datos |
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Renesas |
Clock Driver • Low skew, low jitter PLL clock driver • Feedback pins for input to output synchronization • Spread Spectrum tolerant inputs • With bypass mode mux • Operating frequency 60 to 220 MHz Switching Characteristics: • CYCLE - CYCLE jitter: <75ps • OUTPU |
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Renesas |
Clock Driver • Low skew, low jitter PLL clock driver • 1 to 10 differential clock distribution (SSTL_2) • Feedback pins for input to output synchronization • PD# for power management • Spread Spectrum-tolerant inputs • Auto PD when input signal removed Specifica |
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Renesas |
2.5V Wide Range Frequency Clock Driver • Higher drive than the 95V857 series devices • Low skew, low jitter PLL clock driver • 1 to 10 differential clock distribution (SSTL_2) • Feedback pins for input to output synchronization • PD# for power management • Spread Spectrum-tolerant inputs |
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Renesas |
Clock Driver • Low skew, low jitter PLL clock driver • 1 to 5 differential clock distribution (SSTL_2) • Feedback pins for input to output synchronization • Spread Spectrum tolerant inputs Switching Characteristics: • CYCLE - CYCLE jitter: <60ps • OUTPUT - OUTPU |
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Renesas |
2.5V Single-Ended to SSTL_2 Clock Driver • Low skew, low jitter PLL clock driver • 1 to 10 differential clock distribution (SSTL_2) • Feedback pin for input to output synchronization • PD# for power management • Spread Spectrum tolerant inputs Switching Characteristics: • CYCLE - CYCLE jit |
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Renesas |
Clock Driver • Lower power version than 95VLP857 • Low skew, low jitter PLL clock driver • 1 to 10 differential clock distribution (SSTL_2) • Feedback pins for input to output synchronization • PD# for power management • Spread Spectrum-tolerant inputs • Auto PD |
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Renesas |
2.5V Wide Range Frequency Clock Driver Current loH Voo = 2.3V, Vwr = 1V -18 -32 Output Low Current loL Voo = 2.3V, Vwr = 1.2V 26 35 High Impedance Cutout Current 1oz V00= 2.7V, Vout= V00 or GND Input Clamp Voltage V1K Vooa = 2.3V lin = -18mA High-level output voltage Voo = m |
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Desde 2024. D4U Semiconductor.
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