XO7082
MTRONPTI
172.39kb
Temperature compensated crystal oscillator.
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XO7080 - Voltage Controlled Crystal Oscillator
(MTRONPTI)
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Model XO7080-008
Voltage Controlled Crystal Oscillator
Electrical Specifications
Nominal Frequency (FO): 80.0MHz Frequency Stabil.
XO7010 - (XO7010 / XO7011) High Frequency Fundamental Wide Pulling Range Standard 14 Pin DIP/DIL
(MTRONPTI)
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XO7010 Series VCXO
Applications SONET/SDH Cellular Base Stations Phase Locking Data Communications Typical Specifications Model X.
XO7011 - (XO7010 / XO7011) High Frequency Fundamental Wide Pulling Range Standard 14 Pin DIP/DIL
(MTRONPTI)
..
XO7010 Series VCXO
Applications SONET/SDH Cellular Base Stations Phase Locking Data Communications Typical Specifications Model X.
XO7060 - High Frequency Wide Pulling Range
(MTRONPTI)
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XO7060 Series VCXO
Applications SONET/SDH Cellular Base Stations High Frequency Phase Locking Data Communications Typical Specifi.
XO-52 - Half Size Clock Oscillators Enable/Disable
(Vishay Siliconix)
..
XO-52
Vishay Dale
Half Size Clock Oscillators Enable/Disable
FEATURES
• • • • • • • • Tri-state enable/disable 8 pin half size I.
XO-523 - Half Size Clock Oscillators Enable/Disable
(Vishay Siliconix)
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XO-523
Vishay Dale
Half Size Clock Oscillators Enable/Disable
FEATURES
• Tri-state enable/disable
The XO-523 series oscillator .
XO-53 - Full Size Clock Oscillators TTL Compatible
(Vishay Siliconix)
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XO-53
Vishay Dale
Full Size Clock Oscillators TTL Compatible
FEATURES
• 10TTL output load • 14 pin fill size • Industry standard.
XO-53000 - Crystal
(KVG)
ROHS-Compliant Product
XO-53000 Series
1. Specification Type:
Supply Voltage V S : Nominal frequency range: Frequency stability options: +25 ppm: +50.
XO-53000L - Crystal
(KVG)
ROHS-Compliant Product
XO-53000P/L Series
1. Specification
Frequency Range: Type: Supply voltage UB: Current consumption: Frequency stability (1) < +.
XO-53000P - Crystal
(KVG)
ROHS-Compliant Product
XO-53000P/L Series
1. Specification
Frequency Range: Type: Supply voltage UB: Current consumption: Frequency stability (1) < +.