Microwave rf frequency multiplier RFin: 4G-8 GHz RFout: 8G-16 GHz Descriptions: A frequency multiplier is a circuit that allows the frequency output signal to be equal to an integer multiple of the frequency of the input signal. The input frequency is f1, then the output frequency is f0 = nf1, this factor n is 2. the frequency multiplier has a wide range of applications, such as the transmitter frequency multiplier can make the main oscillator oscillate at a lower frequency to improve the frequency stability; Frequency equipment uses a frequency multiplier to increase the frequency shift; In a key phase communication machine, the frequency multiplier is an important component of the carrier recovery circuit. Features: The frequency multiplier makes the output signal equal to the frequency of the input signal, the integer of the circuit. The input frequency is f1 and the output frequency is f0 = nf1 and the position factor n is 2. A frequency multiplier is widely used, for example, if the frequency multiplier used for the transmitter, makes the main oscillator oscillate at a lower frequency, which improves frequency stability. The frequency multiplier can be used inDevice frequency modulation toIncrease frequency shifts. In a phased key communication machine, the frequency multiplier is an important component of the carrier recovery circuit. Specifications: Supply voltage: no power supply,Using passive frequency devices. Input Frequency: Input 4.0-8 GHz, Frequency Range 8.0-16.0 GHz. Input Power: +10 dbm - +15 dbm, Typical Input +13 dbm. Frequency Loss: 17dB Separation Rate: 42dB (1F0, 3F0, 4F0) Size: 5 x 2 cm / 1.97 x 0.79 inches Weight: 6g Package Included: 1 x Frequency Multiplier 1) We accept Alipay, West Union, TT. All major credit cards are accepted through the payment processor's secure escrow. 2) Payment must be made within 3 days of placing the order. 3) If you can't check out immediately after the auction ends, please wait a few minutes and try again, payments should be completed within 3 days. About Shipping 1.