Mmd Components OCVCXO Sine Wave Oscillators 0

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Manufacturers
    • Abracon
    • Microchip Technology
    • Raltron Electronics
    • Taitien Electronics
Oscillator Type
    • SINE
Mounting Feature
    • SURFACE MOUNT
    • THROUGH HOLE MOUNT
No. of Terminals
    • 16
    • 4
    • 5
Frequency Stability
    • .0001 %
    • .0005 %
    • .002 %
    • .003 %
    • .01 %
    • .02 %
    • .03 %
    • .05 %
    • .1 %
    • .2 %
Frequency Adjustment (Mechanical)
    • NO
Aging
    • 0.02 PPM/YEAR
    • 0.03 PPM/YEAR
    • 0.05 PPM/YEAR
    • 0.1 PPM/FIRST YEAR
    • 0.5 PPM/10 YEAR
    • 0.5 PPM/YEAR
Package Body Material
    • METAL
Maximum Warm-up Time
    • 10 Minute
    • 120 Minute
    • 3 Minute
    • 5 Minute
Maximum Supply Voltage
    • 12.6 V
    • 3.46 V
    • 5.25 V
Frequency Stability (Voltage)
    • .0001 ppm
    • .001 ppm
    • .002 ppm
    • .003 ppm
    • .01 ppm
Output Impedance
    • 50 ohm
Warm-up Power
    • 3.6 W
    • 4 W
    • 4.5 W
    • 5 W
    • 6 W
    • 9.6 W
Maximum Supply Current
    • 800 mA
Nominal Supply Voltage
    • 12 V
    • 3.3 V
    • 5 V
Phase Noise
    • -145 dBc/Hz
    • -155 dBc/Hz
    • -161 dBc/Hz
    • -167 dBc/Hz
Power Supplies (V)
    • 12
    • 3.3
    • 5
Package Equivalence Code
    • DILCC5/6,1,350
    • DIP4/14,.3
    • DIP5(UNSPEC)
    • DIP5,.75,350
    • DIP5/6,.75,375
    • DIP5/6,1,350
    • DIP5/6,1.25,826
Sub-Category
    • Other Oscillators
Physical Dimension
    • 25.4mm x 25.4mm x 13.0mm
    • 25.4mm x 25.4mm x 13mm
    • 25.4mm x 25.4mm x 15.64mm
    • 25.5mm x 25.5mm x 12.7mm
    • 36.0mm x 27.0mm x 12.1mm
    • 36.1mm x 27.2mm x 13.0mm
    • 36.1mm x 27.2mm x 13.76mm
    • 51.0mm x 41.0mm x 25.0mm
    • 51mm x 41mm x 25mm
Minimum Supply Voltage
    • 11.4 V
    • 3.13 V
    • 4.75 V
Oven Supply Voltage
    • 12V
    • 3.3V
    • 5V
Maximum Operating Temperature
    • 50 Cel
    • 70 Cel
    • 75 Cel
    • 85 Cel
Minimum Control Voltage
    • 0 V
Input Power
    • 1.2 W
    • 1.5 W
    • 1.6 W
    • 1.8 W
    • 3.6 W
    • 5 W
Minimum Operating Temperature
    • -20 Cel
    • -40 Cel
    • -55 Cel
    • 0 Cel
Terminal Finish
    • TIN SILVER COPPER OVER NICKEL
Nominal Operating Frequency
    • 10 MHz
    • 100 MHz
    • 40 MHz
Maximum Control Voltage
    • 10 V
    • 3.3 V
    • 5 V
    • 6 V
Offset Frequency
    • 1 kHz
Qualification
    • Not Qualified
Output Level
    • .796 V
    • 1.416 V
    • 1.589 V
    • 2.825 V
Additional Features
    • TRAY
Minimum Operating Frequency
    • 1 MHz
    • 10 MHz
Maximum Operating Frequency
    • 100 MHz
Reset All
Part RoHS Manufacturer Oscillator Type Mounting Feature No. of Terminals Frequency Stability Frequency Adjustment (Mechanical) Aging Package Body Material Maximum Warm-up Time Maximum Supply Voltage Frequency Stability (Voltage) Output Impedance Warm-up Power Maximum Supply Current Nominal Supply Voltage Phase Noise Power Supplies (V) Package Equivalence Code Sub-Category Physical Dimension Minimum Supply Voltage Oven Supply Voltage Maximum Operating Temperature Minimum Control Voltage Input Power Minimum Operating Temperature Terminal Finish Nominal Operating Frequency Maximum Control Voltage Offset Frequency Qualification Output Level Additional Features Minimum Operating Frequency Maximum Operating Frequency
OCVCXO Sine Wave Oscillators

OCVCXO (Oven Controlled Voltage Controlled Crystal Oscillator) sine wave oscillators are electronic devices that generate a stable sine wave signal for use in a variety of applications, such as communication systems, test and measurement equipment, and frequency synthesizers. They use a crystal oscillator as a frequency reference and a temperature-compensated voltage-controlled oscillator (VCXO) to adjust the frequency output.

The OCVCXO sine wave oscillator works by using a temperature-controlled oven to stabilize the crystal oscillator at a specific frequency. The temperature inside the oven is controlled to a very high degree of precision, which minimizes the effects of temperature variations on the oscillator frequency. The voltage-controlled oscillator (VCXO) is used to fine-tune the frequency output, providing high accuracy and stability.