ATEK MIDAS — RF & Microwave IC Design

ATEK672N5

2 to 18 GHz Switchable Filter Bank w/Bypass

ReleasedProduct Datasheet

Key Features

  • Switchable Band Pass Filters8
  • Bypass Path for Off Chip Filter
  • Excellent Rejection-50dBc
  • Fast Tuning Speed<200nS
  • Single +5V Supply
  • compact size5x5 mm

Applications

  • Wideband Receivers & SDRs
  • EW / ECM / C-UAS
  • Telecom & SatCom
  • Test & Measurement
  • Ideal for Low SWaP

Architecture

ATEK672N5 Block Diagram

ATEK672N5 Block Diagram

ATEK672N5 is a GaAs MMIC filter bank with eight sub-octave filters offering fast <200nS tuning speed and excellent rejection of -50dBc from 2 to 18 GHz. Bypass ports are integrated to enable the addition of an external filter, through line, or amplification. The RF input and outputs are bidirectional and internally matched to 50 ohms for low SWaP transmit and receive applications.

The MMIC filter bank is powered by a single +5V supply drawing 18.5 mA with a 4-bit word controlling the selection of the 8 BPFs and bypass path.

Housed in 5x5 mm QFN surface mount package, the monolithic filter bank IC inherently minimizes phase noise degradation caused by mechanical vibration (microphonics).

MMICs and Evaluation Boards are available from stock. Custom package configurations, MMIC die, and module options are available upon request.

Technical Specifications

ParameterConditionMinTypicalMaxUnit
Frequency Range2 - 18GHz
3dB Bandwidth (High Pass 3dB cutoff - Low Pass 3dB cutoff)Band 11.7 - 4.3dB
Band 23.5 - 6.4dB
Band 35.5 - 8.5dB
Band 47.3 - 10.6dB
Band 59 - 12.9dB
Band 611.1 - 14.9dB
Band 712.4 - 17.4dB
Band 814.8 - 19.5dB
External BypassLF - 18dB
Insertion LossFilter Path8dB
Bypass Path7dB
Input Return Loss-13dB
Output Return Loss-13dB
Input IP343dBm
Input P1dB26dBm
Switching Speed (50% Vctrl to 90% of RF Output)On<200ns
Off<200ns
Settling Time @ <0.1dBTBDns
DC Supply Voltage (Vdd)355.5V
DC Supply Current (Idd)16mA
Control Supply Current (Total Ictrl)2.5mA
Control Voltage (CTRL)Low-0.10.5V
High35.5V
Operating Temperature-4085°C

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