Low Aging rate
AT Cut or SC Cut
Compact size
Environmentally friendly product
Communication Network
Clock Synchronization
Signal Acquisition and Monitoring
Military Equipment
Electrical Specification
Model | OC1420 | ||||||
Frequency Range | 1.000MHz~100.000MHz | ||||||
Nominal Frequency (MHz) | 10 16.384 20 25 50 100 | ||||||
Frequency Tolerance | <±0.2PPM (Relative center control voltage) at 25°C | ||||||
Supply Voltage (V) | A:+3.3VDC±10%; B:+5.0VDC±10%; C:+12.0VDC±10% | ||||||
Supply Consumption | Warm-up | 2W Max. | |||||
Steady State | 1W Max. (at 25°C) | ||||||
Output Waveform | A: TTL 15pFB: TTL 50pF | C: CMOS 15pFD: CMOS 50pF | G: Sine Wave | ||||
Output Symmetry | 45%~55% | - | |||||
Low Jitter | |||||||
Frequency Stability relative to | Input Voltage | <±2×10^-8(VDD±5%). | |||||
Load | <±2×10^-8 Max. (Load ±5%) | ||||||
Start-Up Time | <7min(Fluctuation Not Exceeding ±10-8×F0,F0 Is Frequency After One Hour Work). | ||||||
Rise time/Fall time | 10nS Max. | ||||||
Output Level | "0" | 0.4V Max. | 10%VDD | >0dBm//50Ω | |||
"1" | 2.4V Min | 90%VDD | |||||
Storage Temperature | -40°C~+100°C | ||||||
Frequency Aging (After 30 days at +25°C) | A: ±5×10^-9/Day / ±1×10^-6/ YearB: ±5×10^-9/Day / ±5×10^-7/ Year | ||||||
Phase noise | 10Hz | 100Hz | 1KHz | 10KHz | |||
-100dBc/Hz | -120dBc/Hz | -140dBc/Hz | -150dBc/Hz | ||||
Slope / Linearity | Just |
The OC1420 crystal oscillator is engineered for high-performance applications requiring exceptional stability and reliability. With its compact design and low aging rate, it provides precise frequency control in various demanding environments.
Low Aging Rate: Ensures long-term stability and reliability with minimal frequency drift over time.
AT Cut or SC Cut: Available in both AT and SC cuts to suit different application needs.
Compact Size: Designed to fit into space-constrained environments without compromising on performance.
Environmentally Friendly: Manufactured using sustainable practices, aligning with environmental standards.
Communication Network: Delivers stable and accurate frequency control crucial for network reliability.
Clock Synchronization: Provides precise timing for synchronization applications, enhancing system performance.
Signal Acquisition and Monitoring: Ensures accurate signal processing and monitoring for various measurement systems.
Military Equipment: Offers high performance and reliability for demanding military applications.
The OC1420 is designed to meet the rigorous demands of modern communication and monitoring systems, offering both precision and environmental responsibility.