Features:
- High Frequency Stability
- Low Phase Noise
DRVCO, the abbreviation of Dielectric Resonantor Voltage Controlled Oscillator, is a high stable and reliable frequency source. DRVCO is an oscillator that uses a dielectric resonator as an oscillation loop, and the output signal frequency can be adjusted by controlling the voltage.. DRVCO has the advantages of good stability, wide frequency response range, and low power consumption, so it is widely used in wireless communication, radar, measurement and other fields. It has higher accuracy and programmability compared to traditional analog control methods.
1.Frequency adjustability: dielectric voltage-controlled oscillators can achieve continuous frequency adjustment by adjusting the input voltage, and can achieve high stability in a certain range of frequency changes.
2.Wide band: dielectric voltage controlled oscillators usually have wide band and can achieve a large range of frequency output. This makes it very useful in many applications.
3.High stability: the frequency output of dielectric VCO usually has high stability and can achieve very low frequency drift and phase noise.
1.DRO is widely used in wireless communication, radar, navigation system, digital clock, frequency synthesizer, FM broadcasting and other fields.
2.It plays an important role in frequency tuning systems, frequency locking loops and frequency synthesis systems, and can achieve accurate frequency adjustment and stable output in many applications.
3. Due to its high precision and programmable, it is also widely used in RF signal processing, synthetic aperture radar, radio receiver, electrocardiogram, medical diagnostic equipment, precision instruments and other fields.
Qualwave supplies low phase noise DRVCO. Because of its excellent noise performance, spectral purity and stability, it is widely used in frequency synthesis and microwave oscillation sources. More product information can be found on our website.
Part Number |
Frequency(GHz) |
Output Power(dBm Min.) |
Phase Noise@10KHz(dBc/Hz) |
Control Voltage(V) |
Spurious(dBc) |
Tuning Voltage(V) |
Current(mA Max.) |
Lead Time(weeks) |
---|---|---|---|---|---|---|---|---|
QDVO-10000-13 | 10 | 13 | -90 | +12 | -70 | 0~12 | 60 | 2~6 |
QDVO-1000-13 | 1 | 13 | -100 | +12 | -80 | 0~12 | 240 | 2~6 |