BSD Machinery provides RF Microwave Frequency Converters designed for reliable frequency conversion in microwave communication, mobile communication and other RF systems.
Our frequency converter solutions support both up conversion and down conversion according to system requirements. The product integrates frequency conversion, local oscillator, reference and signal processing functions, providing a flexible solution for microwave and RF system integration.
Operating frequencies can be supported up to 40 GHz, with customized frequency configurations available for different application requirements.
Operating Frequency: 100MHz
Frequency Stability: 10 - 8
Number of Output Channels: 4 or customized
Output Power (P1dB): ≥5dBm
Harmonic Suppression:> 40 dBc
Spurious Output: ≤-55 dBc
Input Interface: SMA/N
Output Interface: SMA/N
Power Supply: 12V
| Product Specifications | |
| Operating Frequency Range | Ka Band |
| Frequency Conversion Type | Up-conversion / Down-conversion |
| Frequency Conversion Gain | Customized according to customer requirements |
| Oscillation Mode | High-phase-noise oscillator / Low-phase-noise oscillator |
| Reference Frequency | 10 MHz, 25 MHz, 100 MHz, etc. (External Reference) |
| Operating Voltage | AC or DC available |
| Interfaces | Waveguide, N-Type, SMA connectors |
| Mechanical Configuration | Module type / Chassis type |
| Operating Environment | Indoor / Outdoor applications |
| Technical Parameters | |
| Input Frequency | 140 MHz ± 36 MHz |
| Output Frequency | 2400 ~ 4000 MHz |
| Frequency Step | 100 kHz |
| Spurious Suppression | ≤ -55 dBc |
| Phase Noise | ≤ -65 dBc/Hz @ 100 Hz |
| ≤ -75 dBc/Hz @ 1 kHz | |
| ≤ -85 dBc/Hz @ 10 kHz | |
| ≤ -95 dBc/Hz @ 100 kHz | |
| Gain | Adjustable gain, 30 dB adjustment range, 1 dB step resolution |
| Mechanical Structure | 1U Rack-Mount Chassis |
A frequency converter is an essential RF and microwave device used to convert an input signal from one frequency range to another while maintaining signal integrity. It is widely applied in satellite communication systems, radar systems, wireless communication networks, electronic warfare systems, and test & measurement equipment.
Converts a high-frequency received signal into a lower intermediate frequency (IF) signal for easier amplification, filtering, and digital processing.
RF and microwave frequency conversion
Supports up conversion and down conversion
Operating frequency up to 40 GHz
Low phase noise design
Supports internal or external reference configurations
Reference frequencies including 10 MHz, 25 MHz and 100 MHz
Integrated local oscillator and frequency conversion functions
Signal filtering and amplification can be integrated
Flexible frequency configuration
Customized solutions available
Our RF Frequency Converter can be configured as an up converter or down converter depending on the requirements of the microwave system.
An RF Up Converter is used to translate an input signal to a higher frequency range, while an RF Down Converter translates a microwave or RF signal to a lower frequency or intermediate frequency.
The appropriate frequency conversion architecture can be customized according to the customer's system design, frequency plan and application requirements.
Houshi provides frequency conversion solutions for different RF and microwave applications.
Typical configurations may include:
Input Frequency → Frequency Conversion → Output Frequency
For example, one of our frequency converter solutions supports an input frequency of 140 MHz ±36 MHz and an output frequency of 2400–4000 MHz, with a frequency step of 100 kHz.
Other frequency conversion configurations can be customized according to specific system requirements.
Low phase noise is an important consideration in frequency conversion systems.
Our frequency converter products are designed with low phase noise characteristics and can incorporate internal or external reference sources according to system requirements.
Reference frequency options include 10 MHz, 25 MHz and 100 MHz.
This flexible reference architecture allows the frequency converter to be integrated into different RF, microwave and communication systems.
Our Microwave Frequency Converters can be used in:
Microwave communication systems
Mobile communication systems
RF communication equipment
Microwave relay systems
Receiver systems
Transmitter systems
Frequency conversion subsystems
RF and microwave test systems
Customized microwave systems
Other RF and microwave applications
Different microwave systems require different input frequencies, output frequencies, frequency steps, reference sources and mechanical configurations.
As a professional microwave and millimeter-wave product manufacturer, Houshi provides customized RF frequency converter solutions according to customer application scenarios.
We can develop and configure frequency conversion solutions based on your system requirements, including:
Input frequency
Output frequency
Up conversion or down conversion
Frequency step
Reference frequency
Phase noise requirements
Interface requirements
Mechanical configuration
System integration requirements
Professional microwave and millimeter-wave manufacturer
Frequency conversion capability up to 40 GHz
Up and down frequency conversion solutions
Low phase noise design
Flexible internal and external reference options
Multiple RF and microwave frequency bands
Compact system integration options
Customized frequency configurations
OEM/ODM and application-specific solutions
Frequency converters support a wide operating frequency range of up to 40 GHz, enabling flexible frequency conversion solutions for various RF and microwave applications.
With stable reference frequency options such as 10 MHz, 25 MHz, and 100 MHz, the converter provides accurate frequency control and excellent frequency stability.
The low phase noise design ensures high-quality signal transmission, improves system performance, and reduces signal interference in demanding RF applications.
The frequency converter supports both frequency up-conversion and down-conversion, making it suitable for different system architectures and communication requirements.
The integrated design combines the oscillator, frequency conversion, reference, filtering, and amplification functions, offering a compact structure and reliable operation.
Looking for an RF Frequency Converter manufacturer, Microwave Frequency Converter supplier, RF Up Converter or RF Down Converter?
BSD Machinery provides customized microwave frequency conversion solutions for distributors, system integrators, equipment manufacturers, OEM customers, and RF engineering teams. Send us your required input frequency, output frequency, bandwidth, frequency step, reference frequency and application requirements. Our technical team will evaluate your requirements and recommend a suitable RF Microwave Frequency Converter solution.
1. Q: We are looking for a multi-channel 100 MHz crystal oscillator module for an RF signal generator and frequency converter. Can you provide a suitable solution?
A: Yes. We can provide multi-channel 100 MHz crystal oscillator modules designed to provide a stable reference frequency for RF signal generators, frequency converters, synthesizers and communication equipment. The number of outputs, output level, interface type and electrical specifications can be customized according to your system requirements. SMA or other RF connectors can be provided.
2. Q: Do you supply a 100 MHz reference clock generator with multiple outputs for RF and microwave communication systems?
A: Yes. Our 100 MHz reference clock modules can provide multiple synchronized RF outputs for communication, microwave, test and measurement equipment. We can configure different output quantities and connector types according to the application. The module can also be customized for frequency stability, output power, phase noise and other technical requirements.
3. Q: We need a high-stability 100 MHz oscillator and frequency reference module for an RF system. What options do you offer?
A: We offer high-stability 100 MHz frequency reference modules for RF and microwave applications. The design can be optimized for frequency stability, phase noise, output power and long-term reliability. Multiple RF outputs are available, making the module suitable for frequency synthesizers, transceivers, signal generators and other precision RF equipment.
4. Q: We are developing radar or satellite communication equipment and need a multi-output 100 MHz frequency reference module. Can you customize it?
A: Yes. We support customized 100 MHz frequency reference modules for radar, satellite communication, RF transceivers and microwave systems. Output channels, RF interfaces, power supply, mechanical dimensions and electrical specifications can be customized to integrate with your equipment. We can also evaluate your existing specifications and recommend a suitable configuration.
5. Q: Do you have a low-phase-noise 100 MHz crystal oscillator module for frequency synthesizers and signal generators?
A: Yes. We can provide low-phase-noise 100 MHz oscillator modules for applications where reference clock quality directly affects RF system performance. The module can be configured according to your requirements for phase noise, frequency stability, output level and number of channels. It is suitable for signal generators, frequency synthesizers, RF test equipment and communication systems.
6. Q: We need a customized 100 MHz oscillator module with multiple SMA outputs. Can you manufacture it according to our equipment requirements?
A: Yes. We support OEM and ODM customization of 100 MHz oscillator and reference clock modules. The number of SMA outputs, module dimensions, mounting structure, power supply and electrical specifications can be customized. If you provide your target frequency, output quantity, interface and equipment requirements, our engineering team can recommend a suitable design.
7. Q: We need a 100 MHz frequency reference module for an RF transceiver or communication system. Can you provide multiple synchronized outputs?
A: Yes. Our multi-output 100 MHz reference modules are designed to distribute a stable reference clock to multiple RF circuits or subsystems. They can be used in RF transceivers, communication equipment, frequency converters and microwave systems. Output quantity, interface, signal level and module configuration can be customized for your system.
8. Q: We are sourcing a high-precision 100 MHz reference frequency generator for RF test and measurement equipment. What specifications can you support?
A: We can provide high-precision 100 MHz reference frequency modules for RF test equipment, signal generators and measurement systems. Depending on your application, we can customize frequency stability, phase noise, output power, number of outputs and RF interfaces. Our engineering team can also work with your existing technical specifications to develop a suitable module.
9. Q: We are looking for an OEM 100 MHz oscillator module with 4, 8 or 16 RF outputs. Can you supply customized quantities?
A: Yes. We can develop and manufacture multi-output 100 MHz oscillator modules with configurations such as 4, 8 or 16 outputs. The output quantity, RF connector, output level, power supply and mechanical design can be customized. This solution is suitable for RF communication systems, microwave equipment, test instruments and frequency synthesis applications.
10. Q: We need a low-noise multi-output 100 MHz frequency reference module for radar, GNSS or satellite communication equipment. Can you provide a customized solution?
A: Yes. We provide low-noise multi-output 100 MHz frequency reference modules for radar, GNSS, satellite communication and other RF/microwave applications. The module can be customized according to your requirements for phase noise, frequency stability, output channels, signal level, interfaces and mechanical dimensions. Please send us your target specifications and application, and we can evaluate the appropriate configuration.
Please provide your input frequency, output frequency, bandwidth, frequency step, reference frequency and application requirements. Our engineering team will recommend a suitable frequency converter solution.
