1.3GHz to 5.8GHz RF Upconverter BUC – 4500MHz LO, 82dB Gain
Product Overview
The 1.3GHz to 5.8GHz RF Upconverter is designed to translate RF signals from the 1100–1450MHz input band to the 5600–5950MHz output band. Using a fixed 4500MHz local oscillator (LO), this microwave frequency conversion module supports RF transmission systems and specialized wireless communication applications.
With a specified gain of 82dB, a noise figure of ≤2.8dB, and a specified output power of +23dBm, this RF upconverter is designed for applications that require frequency translation from the 1.3GHz range to the 5.8GHz range.
The unit features a 50Ω SMA RF interface and a 5V DC power supply, making it suitable for integration into compatible RF equipment, microwave test systems, and custom communication platforms.
Key Features
• Wide RF Input Range: Supports input frequencies from 1100MHz to 1450MHz.
• 5.8GHz Band Conversion: Converts signals to the 5600–5950MHz output range.
• Fixed 4500MHz Local Oscillator: Provides the specified frequency offset for RF upconversion.
• High Specified Gain: 82dB gain according to the product specifications.
• Low Noise Figure: Specified noise figure of ≤2.8dB.
• Defined Output Power: Specified output power of +23dBm.
• 50Ω SMA Interface: Supports integration with compatible RF equipment.
• Compact System Integration: Metal enclosure measuring 225 × 165 × 50mm.
• 5V DC Operation: Requires a 5V DC / 1A power supply.
Technical Specifications
Product Type: RF Upconverter / Block Upconverter (BUC)
Input Frequency: 1100–1450MHz
Nominal Input Frequency: 1300MHz
Output Frequency: 5600–5950MHz
Nominal Output Frequency: 5800MHz
Local Oscillator Frequency: 4500MHz
Specified Gain: 82dB
Noise Figure: ≤2.8dB
Specified Output Power: +23dBm
Carrier Leakage: ≤-20dBm
In-Band Flatness (8MHz): ≤1.5dB
IIP3: ≥15dBm
Maximum Input Level: -30dBm
VSWR: ≤1.5
RF Impedance: 50Ω
RF Connector: SMA (confirm exact connector gender before ordering)
Power Supply: 5V DC / 1A
Power Supply Method: External power adapter
Operating Temperature: -10°C to +60°C
Dimensions: 225 × 165 × 50mm
Frequency Conversion Principle
The upconverter uses a 4500MHz local oscillator to shift the input RF signal to a higher frequency.
Output Frequency = Input Frequency + 4500MHz
Examples:
• 1100MHz input → 5600MHz output
• 1300MHz input → 5800MHz output
• 1450MHz input → 5950MHz output
Applications
• RF and microwave frequency conversion systems
• Wireless communication equipment
• 1.3GHz to 5.8GHz RF signal translation
• Microwave laboratory and test equipment
• RF transmission system development
• Custom RF signal-processing platforms
• Compatible OEM and industrial communication equipment
Installation and Integration
1. Verify that the input frequency is within 1100–1450MHz.
2. Confirm that the required output frequency is within 5600–5950MHz.
3. Use compatible 50Ω RF cables and SMA connectors.
4. Provide a regulated 5V DC / 1A power supply.
5. Check the input signal level and RF output requirements before connecting the module to other equipment.
6. Confirm system gain distribution, filtering, impedance matching, and thermal management during integration.
FAQ
Q1: What is the input frequency range?
A: The specified RF input range is 1100–1450MHz, with a nominal input frequency of 1300MHz.
Q2: What is the output frequency range?
A: The specified output range is 5600–5950MHz, covering the nominal 5.8GHz operating frequency.
Q3: What local oscillator frequency does it use?
A: The specified local oscillator frequency is 4500MHz.
Q4: What power supply is required?
A: The module requires a 5V DC power supply rated for 1A.
Q5: What RF connector does it use?
A: The specified RF interface is SMA with 50Ω impedance. Confirm connector gender and configuration before ordering.
Q6: Can it be used in a custom RF system?
A: It may be suitable for systems requiring the specified frequency conversion. Check input levels, output power, bandwidth, filtering, and interface compatibility before integration.
Q7: What should I confirm before purchasing?
A: Confirm the input and output frequency requirements, signal level, gain budget, RF connectors, power supply, and intended application with the supplier.
Ordering Information
Please contact us to confirm product availability, connector configuration, technical compatibility, and any customization requirements before ordering. For bulk purchases or OEM integration, provide your target frequency range, application, and required quantity.