Frequency Stability RF & Microwave Amplifiers Phase Key Communication Frequency Range 8.0--16.0 GHz. Frequency Multiplier Conversion Circuit Control Circuit

Frequency Stability RF & Microwave Amplifiers Phase Key Communication Frequency Range 8.0--16.0 GHz. Frequency multiplier Conversion Circuit Control Circuit Specification: Descriptions: Frequency multiplier is a circuit that allows the output signal frequency to be equal to an integer multiple of the input signal frequency. Input frequency is f1 then the output frequency is f0 = nf1 this coefficient n is 2. Frequency multiplier has a wide range of applications such as the transmitter frequency multiplier can make the main oscillator oscillation at a lower frequency to improve the frequency stability; frequency equipment uses frequency multiplier to increase the frequency offset; in the phase keying communication machine The frequency multiplier is an important component of the carrier recovery circuit. Features: The frequency multiplier makes the output signal frequency equal to the input signal frequency integer times circuit. The input frequency is f1 and the output frequency is f0= nf1 and the item coefficient n is 2. The frequency multiplier is widely used for example if frequency multiplier used to the transmitter it make the main oscillator oscillating in lower frequency so improving the frequency stability. Frequency multiplier can used in Frequency modulation devices to increase frequency offset. In the phase key communication machine the frequency multiplier is an important component of the carrier recovery circuit. Specifications: Power supply voltage: no power supply the use of passive frequency devices. Input frequency: 4.0-8GHz input frequency range 8.0--16.0 GHz. Input power: +10dBm~+15dBm typical +13dBm input. Frequency loss: 17dB Separation degree: 42dB 1F0 3F0 4F0 Size: 5 x 2cm/1.97 x 0.79inch Weight:6g Package included: 1 x Frequency Multiplier