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DAT-S-BDC-P3
https://www.datusatek.com/ DAT USA INC.
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DAT-S-BDC-P

DAT-S-BDC-P (S-Band Block Downconverter, 2.17-2.6GHz to 1.17-1.6GHz)

Product Overview

The DAT-S-BDC-P is a high-performance S-Band Block Downconverter, designed for applications requiring precise frequency conversion from 2.17-2.6GHz to 1.17-1.6GHz. With excellent gain stability, low phase noise, and high spurious rejection, this converter is ideal for satellite communications and other demanding RF applications.


Electrical Specifications (@25ºC)

Parameter Min Typ Max Unit Remark
Input Frequency Range 2.17 - 2.6 GHz -
Output Frequency 1.17 - 1.6 GHz -
Local Oscillator Frequency 1.0 - - GHz Phase locked to a 10MHz external reference
LO Phase Noise (1KHz) - - -100 dBc/Hz -
LO Phase Noise (10KHz) - - -100 dBc/Hz -
LO Phase Noise (100KHz) - - -105 dBc/Hz -
Spurious, Signal Related - -54 - dBc In IF band
Spurious, Non Signal Related - -70 - dBm In IF band
LO Leakage @ 1.0GHz - TBD - dBm -
LO Leakage @ 3.0GHz - TBD - dBm -
LO Leakage @ 4.0GHz - TBD - dBm -
Gain 20 23 - dB -
Gain Variation Full Band - +/-1 - dB -
Gain Variation vs OTR - +/-1 - dB -
1dB Compression Output Power, P1dB +15.0 +17 - dBm -
The 3rd Intercept Point +19 - - dBm -
Noise Figure - - 12 dB -
Input VSWR - - 1.93:1 - -
Output VSWR - - 1.93:1 - -
Ref Input Level @ 10MHz -5 - +5 dBm -
DC Voltage +12 - +16 Volt -
DC Current - 1000 - mA -

NOTE – The unit supports an internal 10MHz reference and also offers an auto-sensing function to enable internal clocking when the external clock is unavailable.


Mechanical Specifications

Parameter Value Units
Material Aluminum alloy -
Dimensions 170 x 186 x 40 mm
RF Connectors In/Out Input: SMA Female / Output: SMA Female -
Reference Input SMA Female -
DC Feedthrough soldered pin -

Environmental Characteristics

Parameter Min Typ Max Unit Remark
Operating Temperature (OTR) -10 - +60 °C Baseplate (Case)
Storage Temperature -40 - +85 °C -

Key Features

  • Wide Frequency Conversion Range: Converts 2.17-2.6GHz to 1.17-1.6GHz.

  • Low Phase Noise: Ensures stable signal performance.

  • High Gain with Low Variation: Provides reliable signal amplification.

  • Compact and Robust Design: Suitable for demanding environments.

  • Auto-Sensing Internal Clock: Ensures continuous operation.

1653173
Attachments:
DAT-S-BDC-P.pdf