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Frequency multiplier
Product model
Frequency multiplication factor
Operating frequency (GHz)
Minimum Input Frequency (GHz)
Maximum Input Frequency (GHz)
Minimum Output Frequency (GHz)
Maximum Output Frequency (GHz)
Minimum input power (dBm)
Maximum input power (dBm)
Harmonic suppression (dBc)
接口类型
Collect
Download
3D model
MFF10-3
3X
75~110
25
36.67
75
110
6
10
30dBc@Harmonic 1
Input: 2.92/f; Output: WR10
MFF10-6
6X
75~110
12.5
18.33
75
110
-6
10
30dBc@Harmonic 1
Input SMA/f Output WR10
MFF28-2
2X
18~42
9
21
18
42
-6
3
35 dBc at Harmonic 1
Input SMA(f) Output 2.92(f)
MFF12-4
4X
55~90
13.75
22.5
55
90
-6
3
30dBc@Harmonic 1
Input SMA(f) Output WR12
MFF08-6
6X
110~170
18
28
110
170
-6
3
/
Input SMA(f) Output WR06
MFF06-2
2X
110~170
55
85
110
170
13
18
/
Input WR12 Output WR06
MFF19-4
4X
40~67
10
16.75
40
67
-6
3
30dBc@Harmonic 1
Input SMA(f) Output WR19
MFF42-2
2X
12~36
6
18
12
36
10
20
45 dBc @ Harmonic 1
Input SMA(f) Output 2.92(f)
MFF19-2
2X
40~90
20
45
40
90
10
20
30dBc@Harmonic 1
Input 2.4(f) Output 1.0(f)
Frequency multiplier
Waveguide frequency doublers leverage the frequency‑conversion characteristics of nonlinear components such as Schottky diodes and GaAs/GaN MMICs, while employing precision waveguide cavities to optimize electromagnetic field distribution. This enables precise multiplication of the input reference signal frequency into integer multiples—2×, 3×, 4×, and beyond. Addressing industry challenges posed by limited output frequencies and high costs in direct‑drive high‑frequency signal sources, these devices, with their low‑loss and highly stable frequency‑conversion performance, have become critical core components for local oscillator generation and high‑frequency signal extension in microwave systems. They are widely deployed in a broad range of high‑frequency and millimeter‑wave precision instruments.
• Output frequency range: 18 GHz to 170 GHz
• Multiplier: 2/3/6X
• Input power: -6 to +10 dBm
• Maximum output power: +16 dBm

