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UC9710B Full Rate 10Gbps CDR Clock Recovery Module Adaptive rate
UC9710 CDR (Clock Recovery Module ) is mainly used to provide clock
recovery signal in the test environment without triggering clock,
so as to use the sampling oscilloscope to test the optical eye
diagram of the device. The typical application is the testing of
optical network equipment or the BOB product in PON application.
Because the photometric device itself has no frequency division
clock output, it is necessary to recover the clock signal to
trigger the sampling oscilloscope when testing the optical eye
diagram.
UC9710 CDR has a SFP optical port, which is suitable for SFP
encapsulated conventional SFP, SFP+, OLT SFP and other optical
modules. It only needs the receiving end of the optical module to
convert the optical signal to the electrical signal, and then
extract and output the clock of the electrical signal. Clock signal
is mainly used for the trigger signal of oscilloscope. This device
self-adapts to the rate and does not require software
configuration.
Specification
No. | Specifications | Max. | Min. | Unit. |
1 | Data rate range | 11.3 | 0.155 | Gbps |
2 | Wavelength range | 1600 | 800 | nm |
3 | Optical input range (determined by module sensitivity) | +3 | -15 | dBm |
4 | Output recovered electrical clock range | 5.65 / 2.825 | 0.0775/0.03875 | GHz |
5 | Output electrical clock amplitude | 600(typical value) | mVpp | |
6 | Clock rise time(OC-192)(20%~80%) | 33.1 | 22.2 | ps |
7 | Clock fall time(OC-192)(80%~20%) | 33.7 | 23.9 | ps |
8 | Output Jitter(10.3125Gbps) | 1 (typical value) | ps | |
9 | Clock frequency(10.3125Gbpsrate, divided by2/4) | 5.156 / 2.578 | 5.156 / 2.578 | GHz |
10 | Internal Loss of Signal Detect (LOS) | 128 (overload) | 5 (sensitivity) | mV |
11 | Power supply voltage (input voltage of external power supply) | 5.5 | 4 | V |
12 | Operating temperature | 85 | -40 | ℃ |
When sampling oscilloscope tests optical eye pattern and waveform,
it needs to be triggered by the same source as the measured signal.
CDR (clock recovery) module is mainly used in the test environment
that requires sampling oscilloscope to test optical eye map, but
does not provide trigger clock. Typical application is the test of
optical network equipment, or for BOB products in PON application,
because the measured optical equipment itself does not have a
frequency division clock output. The clock signal needs to be
recovered to trigger the sampling oscilloscope when testing the
optical eye pattern.
This CDR is equipped with an SFP optical port, which can be
connected to the conventional SFP, SFP+, OLT SFP and other optical
modules encapsulated in SFP. Only the receiving end of the optical
module is needed, which is responsible for converting optical
signals into electrical signals, and then the instrument extracts
and outputs the clock of electric signals. The clock signals are
mainly used for triggering signals of oscilloscope.