1. Ultra-Compact SMD 2520 Package
Description: Approx. 2.5×2.0×0.725 mm, suitable for high-density PCB layout and automated placement.
2. 312.500000 MHz High-Frequency Output
Description: Nominal frequency 312.500000 MHz, suitable for high-speed communications, optical modules, data centers, and other high-frequency clock applications.
3. LVDS Differential Output
Description: LVDS differential output with 100Ω load, providing strong anti-interference capability for high-speed differential clock transmission.
4. 3.3V Nominal Supply
Description: Supply voltage range 3.135–3.465 V, typical 3.300 V, suitable for standard 3.3V logic systems.
5. Wide Operating Temperature and High Frequency Stability
Description: Operating temperature -40 to +105°C, overall frequency stability ±20 ppm, suitable for stable clock output in harsh environments.
6. Ultra-Low Phase Jitter
Description: Phase jitter 30 fs-rms typ., 50 fs-rms max. over 12 kHz–20 MHz, helping reduce bit-error risk in high-speed SerDes, FPGA, and communication systems.
7. Low Power Consumption and Standby Function
Description: Operating current 38 mA max., standby current 60 µA max.; Pin 1 supports OE enable control, high level for output and low level for high impedance.
8. High-Speed Waveform Performance and High Reliability
Description: Rise/fall time 0.35 ns, duty cycle 45–55%, start-up time 10 ms max.; passes temperature cycling, aging, damp heat, UHAST, vibration, shock, and other reliability tests; compliant with Pb-free, RoHS 2.0, REACH, and HF.
9. Industry Applications
Description: Suitable for optical communications, data centers, network switching/routing, base stations, FPGA/SerDes, high-speed Ethernet, OTN, test and measurement, and other fields requiring a 312.5 MHz low-jitter LVDS clock; without confirmation, it must not be used in critical safety areas such as space technology, vehicle control, or military weapon development.
| Item | Parameters | Condition | Electrical Specifications | |||
| Min | Typ | Max | Units | |||
| 1 | Nominal Frequency | 312.500000 | MHz | |||
| 2 | Oscillation Mode | Fundamental | ||||
| 3 | Frequency Stability Overall | (Note1) | -20 | 20 | ppm | |
| 4 | Operating Temperature Range | -40 | 105 | °C | ||
| 5 | Supply Voltage | 3.135 | 3.30 | 3.465 | V | |
| 6 | Supply Current | Output Enabled(Idd/OE) | 38 | mA | ||
| 7 | Standby Function | Yes | ||||
| 8 | Current Consumption(Standby) | OE=Low | 60 | μA | ||
| 9 | Output Waveform | HLVDS | ||||
| 10 | Output Swing | OUT/OUTN | 400 | 800 | mV | |
| 11 | Differential output voltage | OUT-OUTN | 800 | 1600 | mV | |
| 12 | Enable | 80%Vdd | V | |||
| 13 | Disable | 20%Vdd | V | |||
| 14 | Output Rise/Fall Time | 20%~80% of Waveform | 0.35 | ns | ||
| 15 | Duty Cycle | 45 | 50 | 55 | % | |
| 16 | Output Load | 100 | Ω | |||
| 17 | Aging | 1st year@25°C | -3 | 3 | ppm | |
| 18 | Start-up Time | 90%Vdd to Final Amplitude | 10 | ms | ||
| 19 | Phase Jitter | 12kHz - 20MHz | 30 | 50 | fs-rms | |
| 20 | Storage Temperature | -55 | 125 | °C | ||
Note1 Frequency stability includes frequency tolerance@25±3°C, frequency stability vs. operating temperature range, voltage variance, load variance and first year aging