MMIQ-1040S Image

MMIQ-1040S

RF Mixer by Marki Microwave (197 more products)

Note : Your request will be directed to Marki Microwave.

The MMIQ-1040S from Marki Microwave is a RF Mixer with LO Frequency 10 to 40 GHz, IF Frequency DC to 12 GHz, Image Rejection 25 dBc, Conversion Loss 12 to 17 dB, Noise Figure 12 dB. Tags: Die, Module with Connectors, Single Sideband Mixer, Image Reject Mixer, I/Q Mixer, Passive Mixer. More details for MMIQ-1040S can be seen below.

Product Specifications

    Product Details

    • Part Number :
      MMIQ-1040S
    • Manufacturer :
      Marki Microwave
    • Description :
      Passive GaAs MMIC IQ Mixer

    General Parameters

    • Type :
      Single Sideband Mixer, Image Reject Mixer, I/Q Mixer, Passive Mixer
    • Industry Application :
      Cellular
    • Application :
      5G
    • LO Frequency :
      10 to 40 GHz
    • IF Frequency :
      DC to 12 GHz
    • Image Rejection :
      25 dBc
    • Conversion Loss :
      12 to 17 dB
    • Noise Figure :
      12 dB
    • LO Drive - Power :
      18 to 25 dBm
    • P1dB :
      16 to 17 dBm
    • IP3 :
      27 dBm
    • LO/RF Isolation :
      44 dB
    • LO/IF Isolation :
      49 dB
    • Amplitude Deviation :
      0.1 dB
    • Impedance :
      50 Ohms
    • Package Type :
      Die, Module with Connectors
    • Connector :
      2.92 mm, SMA, 2.92 mm - Female, SMA - Female
    • Connector IF :
      SMA - Female
    • Connector LO :
      2.92 mm - Female
    • Connector RF :
      2.92 mm - Female
    • Phase Deviation :
      5 Degrees
    • Operating Temperature :
      -55 to 100 Degree C
    • Storage Temperature :
      -65 to 125 Degree C
    • RoHS :
      Yes
    • Note :
      RF to IF Isolation: 41 dB; RF / IF Input Power: 16 dBm

    Technical Documents

Click to view more product details on manufacturer's website  »

Online Auction

Find Mixers

Search from 3339 products from 59 companies

  • To
  • To
  • Search

Need Help?

x
Let us know what you need, we can help find products that meet your requirement.