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High Frequency Stability RF Block Up-Converter MBUC13000S50A

Model No.: MBUC13000S50A

Working well in the Ku-band frequency region, the Mars RF Ku-band RF block up-converter MBUC13000S50A is a very high performance and high frequency stability converter. Applications such as satellite communications, teleport stations, mobile platforms, and radar systems are perfect for this RF amp converter. This converter's linear gain is typically around 75dB.

  • P1(dBm) 50
  • Output Frequency(MHz) 12750-13250
  • Input Frequency(MHz) 950-1450
  • Gain(dB) 75
  • Gain Flatness(dB) ±2.5
  • Phase Noise(dBc/Hz@ 1kHz) -73
  • Gain Control Range(dB) 20
  • Power Consumption(W) 900
  • Input VSWR 2

Product introduction

The RF block up-converter(BUC) plays an essential part in the satellite communication system. Its primary purpose is to transform the input Radio Frequency (RF) signal into a higher frequency RF signal, usually in the C, Ku, or Ka bands. The MBUC13000S50A high frequency BUC from Mars RF has a 50dBm saturated output power. The maximum power consumption of this BUC is around 900Watts, and its working voltage ranges from 85 to 265 VDC. Because this RF BUC is specifically made for a variety of application areas, such as radar systems, satellite communication, and broadcast transmission, its operating temperature ranges from -40°C to +55°C, and its humidity ranges from 0% to 100%.

Key Features

• Reliable gain stability
• low phase noise
• High RF reliability
• Excellent spurious signal
• Small size

FAQ                   

Q: What is a Block Up Converter?
A block-up converter (BUC) is used to transmit signals to satellites. In order to send a signal to a satellite, it transforms a low IF frequency signal into higher frequencies. They magnify the signals in addition to upconverting the frequency. The following factors need to be taken into account while choosing a BUC:
1. Input/IF Frequency: The BUC receives this intermediate frequency as input. Prior to being sent out of the system, this low frequency must be amplified and up-converted.
2. Output/RF Frequency: The block-up converter's output frequency. The IEEE/Radar bands, such as Ku Band, Ka Band, X Band, etc., are also frequently used to indicate this.
3. Gain: The benefit that the BUC offers.
4. DC Voltage: The BUC must receive this voltage in order to function.  

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