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IEEE-1588

The IEEE-1588 precision time protocol (PTP) is a standard for a protocol to synchronize independent clocks running on separate nodes for a distributed network system to a high degree of accuracy and precision. As the next generation network migrates to a dynamic IP-based infrastructure, Vectron Precision oscillators will continue to be the heartbeat of the network as the network transports a reference clock across a packet switched network. With the emergence of IEEE-1588 V2 to distribute the element of timing in a packet network we have a full portfolio of oscillators to choose from based on your timing requirements and applications. We continue to work with our customers to offer the best performing precision oscillators to meet the evolving network timing requirements.

Jump to product families shown below:
Modules   OCXO   TCXO   STD XO  

Modules
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Product Features
MD-010
(formerly C6300)
- 1PPS Input Standard (10Mhz Optional)
- 1pps and 10MHz output signals standard
- Embedded SC Cut OCXO
- Serial communications interface standard
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Oven Controlled Crystal Oscillators (OCXO)
Show All OCXO products >>
Product Crystal
Cut		 Frequency
Range
(MHz)		 Output Supply Aging Temperature
Stabilities to
–40°C to +85°C		 Features
OX-501
(formerly C4310 herm)

9.0 x 14.0 mm		 AT 10 to 100 HCMOS,
3.3V		 < ± 300ppb/year
< ± 2.5ppm/10years		 30ppb - Stratum 3 OCXO
- Temperature Stability of 280ppb -40 to 85°C
SC 10 to 52 HCMOS,
3.3V		 < ± 100ppb/year
< ± 700ppb/10years
OX-400
(formerly C4400)

13.2 x 20.8 x 10.2 mm
DIP 14		 AT 10 to 160 HCMOS,
3.3V & 5V		 < ± 300ppb/year
< ± 2.5ppm/10years		 10ppb - Stratum 3 over the Industrial Temp Range
SC 10 to 52 HCMOS,
3.3V & 5V		 < ± 100ppb/year
< ± 700ppb/10years
OX-300
(formerly C4500)

20.5 x 20.5 x 11.2 mm
DIP 14		 AT 6 to 60 HCMOS,
3.3V, 5V, 12V		 < ± 250ppb/year
< ± 2.0ppm/10years		 5ppb - Stratum 3E OCXO
- Holdover Stability of 1.2x 10-8 for 24Hrs
SC 6 to 60 HCMOS,
3.3V, 5V, 12V		 < ± 75ppb/year
< ± 500ppm/10years
OX-200
(formerly C4550)

25.4 x 25.4 x 11.2 mm
DIP 14		 AT 10 to 100 HCMOS/Sinewave,
3.3V, 5V, 12V		 < ± 250ppb/year
< ± 2.0ppm/10years		 10ppb - Stratum 3 over the Industrial Temp Range
SC 10 to 100 HCMOS/Sinewave,
3.3V, 5V, 12V		 < ± 100ppb/year
< ± 500ppb/10years
OX-170
(formerly C4600)

38.1 x 27.9 x 19.0 mm
Eurocase		 AT 5 to 40 HCMOS/Sinewave,
3.3V, 5V, 12V		 < ± 250ppb/year
< ± 2.0ppm/10years		 5ppb - Stratum 3E OCXO; Holdover Stability of 1.2x 10-8 for
  24Hrs, Low Aging
SC 5 to 40 HCMOS/Sinewave,
3.3V, 5V, 12V		 < ± 50ppb/year
< ± 500ppb/10years
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Temperature Controlled Crystal Oscillators (TCXO)
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Product Frequency
Range
(MHz)		 Output Logic Temperature
Stabilities to
–40°C to +85°C		 Features
TX-700
(formerly C2260)

5 X 7 X 3 mm		 6.4 to 52Clipped Sinewave,
HCMOS		 280ppb - SMD 5mm X 7mm Stratum 3 TCXO
TX-500
(formerly C2310)

9.5 X 14.4 X 5.9 mm		 6.4 to 800HCOMS,
Clipped Sinewave,
PECL,
LVDS		 280ppb - High Frequency, Wide Pull, TCXO
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Crystal Oscillators (XO)






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Show All XO products >>
Product Frequency
Range
(MHz)		 Output Logic Features
VC-806

3.2 X 5 X 1.3 mm
6 PIN SMD		 25 to 250 or
80 to 250		LVPECL,
LVDS		 - Excellent Jitter and Phase Noise
- Compact Size
- RoHS Compliant
VC-801
(formerly VCC4)

5 X 3.2 X 1.3 mm
4 PIN SMD		 1.544 to 125TTL,
CMOS		 - Reference clocks with jitter <250 fs RMS
VCC1

5 X 7 X 1.8 mm
4 PIN SMD		 1.544 to 190TTL,
CMOS		 - Reference clocks with jitter <250 fs RMS
VCC6
(formerly VCC6-Q/R
VCC6-L/V
VCC6-107)

5 X 7 X 1.8 mm
6 PIN SMD		 10 to 312.50LVPECL,
LVDS		 - Reference clocks with jitter <300 fs RMS
PX-701
(formerly C1260)

5 X 7 X 2.3 mm
6 PIN SMD		 1 to 175HCMOS,
LVPECL,
LVDS		 - Reference clocks with jitter <250 fs RMS
- Good close in Phase Noise and Sonet Minimum Clock
PS-702
(formerly SO-720)

5 X 7.5 X 2.0 mm
6 PIN SMD		 150 to 1000LVPECL,
LVDS		 - Higher Frequency Reference clocks with jitter <100fs RMS
PX-501
(formerly C1310)

14.4 X 9.5 X 5.9mm
SMD		 1 to 700HCMOS,
PECL,
LVDS,
Sinewave		 - Reference clocks with jitter <250 fs RMS
- Good close in Phase Noise and Sonet Minimum Clock
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