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SX7LW |
LVDS SURFACE MOUNT CRYSTAL CLOCK OSCILLATOR |
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FEATURE
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7.0 x 5.0 x 1.8 mm  |
| Item | Specification | ||
| Frequency Range | 1 MHz ~ 800 MHz | ||
| Output Logic | LVDS | ||
| Overall Frequency Stability* | ± 20 ppm ~ ± 100 ppm (see options) | ||
| Operating Temperature Range |
0 ~ +70°C commercial application (see options) |
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| Supply Voltage Vdd | +3.3V ±5% | ||
| Supply Current Idd | <24 MHz : 25 mA max. 24.01 MHz ~ 96 MHz : 45 mA max. 96.01 MHz ~ 800 MHz : 80 mA max. |
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| Output Voltage HIGH VOH | 1.43 V typ. ; 1.6 V max. | ||
| Output Voltage LOW VOL | 1.1 V typ. ; 0.9 V min. | ||
| Output Load | 50 ohm from each output | ||
| Symmetry | 45/55% | ||
| Rise Time/Fall Time Fr/Ff | 0.7 ns typ. ; 1.0 ns max. | ||
| Tri-state Function |
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| Start-up Time | 3 ms typ. ; 10 ms max. | ||
| Integrated Phase Jitter (12 kHz to 20 MHz band ) |
2.6 ps typical ; 4.0 ps max ( For 155.520 MHz ) | ||
| Period Jitter RMS | 4.3 ps typical ( For 155.520 MHz ) | ||
| Period Jitter peak-to-peak | 27.0 ps typical ( For 155.52 MHz ) | ||
| Phase Noise ( typical ) |
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| Packing Unit | 1000pcs / reel | ||
| Soldering Condition | 260°C , 10 sec x2 max | ||
| Customer specifications on request |
(*) Includes initial tolerance @+25°C, stability over operating temperature, stability vs. load change, stability vs. supply change and one year aging.
OPTIONS & ORDERING INFORMATION
| SX7LW | ...................... |
...................... |
...................... |
...................... - |
................ MHz |
| Supply Voltage | Operating Temp. * | Overall Stability * | Tri-state Function | Frequency in MHz | |
| 33 = +3.3V | E = 0°/+70°C | 20 = ±20 ppm | E1 = Tri-state, pin 1 | Please specify the frequency in MHz |
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| F = -20°/+70°C | 25 = ±25 ppm | E2 = Tri-state, pin 2 | |||
| K = -40°/+85°C | 30 = ±30 ppm | ||||
| 50 = ±50 ppm | |||||
| 100 = ±100 ppm |
* Note : Not all combinations are possible, please consult us.
OUTLINE DIMENSIONS (mm)
| Pin Connections | #1 : E/D or NC | #2 : E/D or NC | #3: GND |
| #4 : Output | #5 : Complementary output | #6: Vdd |
