Oscillators

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Total Products: 3,292
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Part NumberManufacturerDescriptionCategoryDevice PackageVoltageOperating
Temp
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SUO32L3A481-212.500MSUO32L3A481-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-40°C – +85°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±50ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3B071-156.250MSUO32L3B071-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%0°C – +70°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3B071-212.500MSUO32L3B071-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%0°C – +70°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3B161-156.250MSUO32L3B161-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +60°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3B161-212.500MSUO32L3B161-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +60°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3B171-156.250MSUO32L3B171-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +70°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3B171-212.500MSUO32L3B171-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +70°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3B271-156.250MSUO32L3B271-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-20°C – +70°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3B271-212.500MSUO32L3B271-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-20°C – +70°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3B381-156.250MSUO32L3B381-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-30°C – +85°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3B381-212.500MSUO32L3B381-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-30°C – +85°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3B481-156.250MSUO32L3B481-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-40°C – +85°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3B481-212.500MSUO32L3B481-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-40°C – +85°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±30ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3C071-156.250MSUO32L3C071-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%0°C – +70°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±25ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3C071-212.500MSUO32L3C071-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%0°C – +70°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±25ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3C161-156.250MSUO32L3C161-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +60°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±25ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3C161-212.500MSUO32L3C161-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +60°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±25ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3C171-156.250MSUO32L3C171-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +70°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±25ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995
SUO32L3C171-212.500MSUO32L3C171-212.500MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-10°C – +70°C
Base Resonator:
Crystal
Frequency:
212.500M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±25ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
1000
SUO32L3C271-156.250MSUO32L3C271-156.250MSuntsu Electronics, Inc.3.2mm x 2.5mm Ceramic SMD 6 Pad OscillatorOscillator3.20mm x 2.50mm3.3V±5%-20°C – +70°C
Base Resonator:
Crystal
Frequency:
156.250M
Output Logic:
LVDS
Output Load:
100Ω
Frequency Stability:
±25ppm
Current – Supply (Max):
65mA
Enable/Disable:
Pin 1
Rise and Fall Time:
0.8ns
Duty Cycle:
45%/55%
Start up Time:
5.0ms
995

About Oscillators

Oscillators are active electronic components that produce a continuous, periodic signal at a specific frequency, serving as a stable time reference in electronic systems. They can be classified into different types based on their technology and frequency range. Quartz Crystal Oscillators use a piezoelectric quartz crystal for high accuracy. Temperature-Compensated Crystal Oscillators incorporate temperature compensation circuitry for stability, and Voltage-Controlled Oscillators allow frequency modulation and tuning. Each type has specific applications in various electronic devices and systems.

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