Wideband Microwave Converter Modules & Coherent Arrays

Engineered for complex millimeter-wave signal conversion, multi-octave spectrum translation, and multi-channel coherent direction-finding from 1 GHz to 40 GHz.

Procurement Reality Check

Source Factory

No simulated specs. Swept on Keysight N9030B PXA. Printed curves and .s2p files included.

Phase Mismatch

Multi-channel arrays share a Common LO, physically restricting channel drift to <0.5° over 24h.

1-Unit Custom MOQ

Radar prototypes require testing. We back you with 1-unit custom runs (3-4 wks).

Hardened Packaging

CNC modules secured inside anti-static foam, sealed in 5-layer cartons.

Converter Module Hardware View
RF Schematic RF Schematic

1-18 GHz Wideband Converter Module

SKU: 0118G-1G-600M

High-linearity single-channel frequency conversion module. Precision-engineered for multi-octave automated spectrum monitoring and receiver front-ends requiring flat power gain and low intermodulation distortion.

Engineer's Field Verdict

Built for wideband ELINT interception and wide-spectrum conversion. The 10 MHz tuning step ensures zero blind spots across 1–18 GHz. Note the +3 dBm max damage threshold—cascade an external limiter if operating near raw radar transmitters.

RF Input Frequency
1 – 18 GHz
IF Output Frequency
1.0 – 1.2 GHz
IF Bandwidth
500 / 700 MHz
Number of Channels
1 Channel
Power Gain
50 – 60 dB
Noise Figure
20 dB (Max)
Input 1dB Compression
-20 dBm
Tuning Resolution
1 – 10 MHz
Spurious Suppression
—
RF Connectors Input/Output
In: SMA, Female / Out: SMA, Female
Sync Converter Array Dual-Channel Assembly
Coherent Schematic Coherent Schematic

1-18 GHz 2-Channel Phase-Synchronous Converter Array

SKU: 0118G-1G-600M-2CH

Coherent dual-channel wideband frequency conversion array. Features an ultra-low noise receiver architecture and precision-matched phase tracking, optimized for multi-channel interferometer arrays.

Engineer's Field Verdict

Standalone converter modules drift independently over temperature. This assembly splits a single ultra-stable internal LO to drive both conversion channels coherently. Need a specific 70 MHz or 1.5 GHz IF instead of 1.2 GHz? We re-layout internal conversion filters in 21 days.

RF Input Frequency
1 – 18 GHz
IF Output Frequency
1.0 / 1.2 GHz
IF Bandwidth
500 / 700 MHz
Number of Channels
2 Channels
Power Gain
55 dB
Noise Figure
8 – 10 dB
Input 1dB Compression
-20 dBm
Tuning Resolution
1 MHz
Spurious Suppression
50 dBc
RF Connectors Input/Output
In: SMA, Female / Out: SMA, Female

18-40 GHz Dual-Channel Ka-Band Converter Module

SKU: 1840G-1G-1G-2CH

High-frequency millimeter-wave dual-channel converter module. Equipped with an expansive 1000 MHz (1 GHz) instantaneous IF bandwidth, purpose-built for Ka-band satellite communication testbeds and wideband radar simulation.

Engineer's Field Verdict

At 40 GHz, cavity radiation leakage ruins conversion spurious levels. We use integrated CNC internal shielding walls to isolate channels, maintaining rejection at ≥50 dBc. Warning: External finned heatsink is mandatory for 24/7 continuous bench duty.

RF Input Frequency
18 – 40 GHz
IF Output Frequency
1.0 / 1.2 GHz
IF Bandwidth
1000 MHz
Number of Channels
2 Channels
Power Gain
55 dB
Noise Figure
20 – 22 dB
Input 1dB Compression
-20 dBm
Tuning Resolution
1 MHz
Spurious Suppression
50 dBc
RF Connectors Input/Output
In: 2.92mm, Female / Out: SMA, Female
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