Pasternack Introduces Coaxial Voltage Controlled Oscillator from 230 to 5420 MHz

Pasternack Introduces Coaxial Voltage Controlled Oscillator from 230 to 5420 MHz

Pasternack, an Infinite Electronics brand, has launched a new series of Voltage Controlled Oscillators (VCO) designed to address a wide range of Electronic Warfare, ECM, VSAT, SATCOM, radar, and test & measurement applications.

Pasternack's 15 new coaxial Voltage Controlled Oscillators (VCOs) cover broad frequency bands and exhibit excellent phase noise, tuning linearity and harmonic suppression performance. These VCOs are a useful signal source in phase locked loop circuits, function generators, and frequency synthesizers, and are ideal for test and measurement and signal conversion applications in transceiver circuits. VCOs generate their own output signal level and allow designers to adjust the tuning voltage, which varies the output signal oscillation frequency to get a desired signal level across a specific frequency band.

These new VCOs feature broad frequency bands ranging from 230 to 5420 MHz, output power ranging from 0 to +9 dBm, exceptional phase noise performance as low as -110 dBc/Hz at 10 KHz offset, and internal voltage regulation and reverse DC protection. The rugged MIL-grade aluminum, compact coaxial package designs are ideal for test equipment and satellite communications and are designed to meet a series of environmental conditions for altitude, vibration, humidity and shock.

"Our new series of coaxial packaged Voltage Controlled Oscillators complement our existing VCO product portfolio by adding the ability to address broader frequency ranges many designers require. Furthermore, these new VCOs are ideal for prototype and proof of concept applications," said Tim Galla, Product Line Manager. Pasternack's new broadband Voltage Controlled Oscillators (VCOs) are in-stock and available for same-day shipping.

Click here to learn more about the new VCOs from Pasternack.

Click here to view VCOs from Pasternack listed on everything RF.

Publisher: everything RF