Product parameters
|
PARAMETER |
CO22P6 |
CONDITIONS / REMARKS |
|
Nominal frequency range |
13.5 ~ 220MHz |
Fund., Overtone or PLL |
|
Supply voltage |
2.5VDc/3.3VDc |
Other option possible |
|
Supply current |
50mA |
Maximum, Fund mode lower Icc |
|
Frequency stability |
±25ppm / ±50ppm / ±100ppm |
See note below. |
|
Operating temperature range |
-10 to +70°C or - 40 to 85°C |
Other options available. |
|
Output waveform and load |
LVPECL / 50Ω |
Into Vcc-2 |
|
Output voltage level HIGH |
Vcc - 1.025V / Vcc - 0.880V |
Minimum / Maximum |
|
Output voltage level LOW |
Vcc - 1.810V / Vcc - 1.620V |
Minimum / Maximum |
|
Rise and Fall times |
1.5ns |
@ 20 ~ 80 ~ 20%Vcc |
|
Symmetry (duty cycle) |
45 - 55% |
@ outputs cross point |
|
Phase jitter RMS |
<0.5ps |
Integrated 12kHz≤Fj≤20MHz |
|
Note: Stability includes frequency deviations at +25°C, over temperature range, due to supply voltage changes, output load changes, shock and vibration. |
||
Product Features
■ Small dimensions 2.5x2.0x1.1 with 6 solder pads
■ Highly reliable seam sealed ceramic package
Applications
- The LVPECL Crystal Oscillators 2520 C022P6 is widely used in: Network switches and routers / Server motherboards / Data storage systems and SAN / NAS equipment / Optical Transport Network (OTN) equipment.
Product advantages
High Reliability
Often packaged in highly reliable seam - sealed ceramic packages, these oscillators can withstand harsh operating conditions such as temperature variations, mechanical shock, and vibration.
Low Noise & Jitter
It provides a very clean and stable clock signal with low phase jitter, which is critical for signal integrity and reducing errors in data transmission.
certificate
LVPECL Crystal Oscillators 2520-CO22P6 series is RoHS and REACH compliant, and is manufactured with lead-free and halogen-free materials..
FAQ
Q: In what practical applications is the 2520-CO22P6 active differential LVPECL oscillator most commonly used?
A: The 2520-CO22P6 active differential LVPECL oscillator is widely used in high-speed digital and communication systems.
Q: What's the main advantage of using this type of oscillator compared to a cheaper, simpler one?
A: The main advantage is superior performance and reliability in demanding environments. A cheaper oscillator might be fine for a simple toy, but for critical machinery that handles massive amounts of data, you need a component that is:
1)Very stable: Its timing doesn't drift with changes in temperature or over time.
2)Very clean: It produces a precise signal without electrical "noise" that could corrupt data.
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