Oscillator
Showing all 3 results
- Electronic Components, Oscillator
Crystal Oscillators – CSX-252F Series – CITIZEN FINEDEVICE CO.LTD.
Thinner, smaller and higher precision! Product management through integrated manufacturing
“Crystal Devices, the “Salt of Industry”
We provide ultra-compact, high-precision and highly reliable products based on unique technology, in integrated production extending from crystal chips to packaging.”SKU: n/a - Electronic Components, Oscillator
Crystal Oscillators – CSX-750F Series – CITIZEN FINEDEVICE CO.LTD.
Thinner, smaller and higher precision! Product management through integrated manufacturing
Crystal Devices, the “Salt of Industry”
We provide ultra-compact, high-precision and highly reliable products based on unique technology, in integrated production extending from crystal chips to packaging.SKU: n/a - Electronic Components, Oscillator
Crystal Oscillators – CSX-750F Series Low Voltage – CITIZEN FINEDEVICE CO.LTD.
Electronic Components, OscillatorCrystal Oscillators – CSX-750F Series Low Voltage – CITIZEN FINEDEVICE CO.LTD.
Thinner, smaller and higher precision! Product management through integrated manufacturing
“Crystal Devices, the “Salt of Industry”
We provide ultra-compact, high-precision and highly reliable products based on unique technology, in integrated production extending from crystal chips to packaging.”SKU: n/a
Are you looking for an oscillator product?
When selecting an oscillator for your company’s needs, there are several important points to consider during the comparison and evaluation process.Common Comparison Points for Any Oscillator
1. Frequency Range
Determine the required frequency range for your application. Oscillators are available in various frequency ranges, so choose one that meets your specific needs.
2. Stability
Evaluate the stability of the oscillator. Stability refers to the ability of the oscillator to maintain a consistent and accurate frequency over time and under varying conditions. Look for oscillators with low phase noise and good frequency stability.
3. Output Type
Determine the desired output type of the oscillator. Common output types include sine wave, square wave, or other specific waveforms. Choose an oscillator that provides the required output signal for your application.
4. Operating Voltage
Consider the operating voltage range of the oscillator. Ensure that the selected oscillator can operate within the voltage range available in your system or circuit.
5. Power Consumption
Evaluate the power consumption of the oscillator. Depending on your application requirements, choose an oscillator with a power consumption level that is acceptable for your power budget.