VITA Technologies
  • VME
  • XMC
  • FMC
  • PMC
  • VNX
  • VPX
  • VME
  • XMC
  • FMC
  • PMC
  • VNX
  • VPX
  • Articles
  • White Papers
  • Products
  • News
  • Articles
  • White Papers
  • Products
  • News
  Eletter Products  Pentek Introduces Bandit Analog RF Slot Receivers
Eletter Products

Pentek Introduces Bandit Analog RF Slot Receivers

PentekPentek—May 1, 20130
FacebookX TwitterPinterestLinkedInTumblrRedditVKWhatsAppEmail

  • • Accepts RF input levels from -60 to -20 dBm
  • • 225 MHz IF output with 80 MHz output bandwidth
  • • Internal OCXO or external 10 MHz frequency reference
  • • Easy integration into RF systems
  • • Seven input-frequency range options
  • More stories

    PXIe XMC + XU TX for >3GHz Bandwidth for 5G Design & Testing!

    November 23, 2016

    Intel Embedded Innovator

    February 29, 2016

    3U VPX SOSA Ethernet Switch

    January 8, 2019

    New Quartz RFSoC Board Delivers Unprecedented Resource Integration & Connectivity

    July 17, 2018

     

    The Bandit™ Model 8111 provides a series of high-performance, stand-alone RF slot receiver modules. Packaged in a small, shielded enclosure with connectors for easy integration into RF systems, the modules offer programmable gain, high dynamic range and a low noise figure. With input options to cover specific frequency bands of the RF spectrum, and an IF output optimized for A/D converters, the 8111 is an ideal solution for receiving, amplifying, and downconverting antenna signals for communications, radar and signal intelligence systems.

    Seven different input-frequency band options are offered, each tunable across a 400 MHz band, with an overlap of 100 MHz between adjacent bands. As a group, these seven options accommodate RF input signals from 800 MHz to 3.000 GHz as follows:

    Option Frequency Band
    001 800-1200 MHz
    002 1100-1500 MHz
    003 1400-1800 MHz
    004 1700-2100 MHz
    005 2000-2400 MHz
    006 2300-2700 MHz
    007 2600-3000 MHz

    The internal frequency-synthesized local oscillator can be locked to an external 10 MHz reference source for precise tuning accuracy. Alternatively, an on-board, low-noise 10 MHz oven-controlled oscillator (OCXO) can be used as the frequency reference. For custom applications, an external local oscillator signal can also be supplied.

    Click here for full information, including a Bandit Model 8111 datasheet.
    For the latest pricing and availability information, please contact Mario Schiavone
    by phone at (201) 818-5900 ext. 229, or by email to [email protected].

    FacebookX TwitterPinterestLinkedInTumblrRedditVKWhatsAppEmail
    TEWS Technologies Introduces 32 Channel M-LVDS FMC Mezzanine Module
    Updated intelligent and standard 19 inch 1U slimline fan trays
    Related posts
    • Related posts
    • More from author

    The VITA Technologies 2026 Resource Guide is here!

    June 15, 20260

    VITA Standards Update

    June 15, 20260
    Articles

    VITA 100 and the next phase of embedded computing standards

    June 15, 20260
    Load more
    Leave a Reply Cancel reply

    Your email address will not be published. Required fields are marked *

    Read also

    The VITA Technologies 2026 Resource Guide is here!

    June 15, 20260

    VITA Standards Update

    June 15, 20260
    Articles

    VITA 100 and the next phase of embedded computing standards

    June 15, 20260
    Articles

    VME in defense systems: A legacy of reliability, longevity, and determinism

    June 15, 20260
    Articles

    MOSA, SOSA, and VITA explained: The standards behind VPX defense electronics

    June 15, 20260
    Eletter Products

    SPONSORED: Mission-Ready Chassis Management Aligned to SOSA®

    June 4, 20260
    Load more

    Recent Comments

    No comments to show.
    • Articles
    • White Papers
    • Products
    • News
    • Articles
    • White Papers
    • Products
    • News
    • VME
    • XMC
    • FMC
    • PMC
    • VNX
    • VPX
    • VME
    • XMC
    • FMC
    • PMC
    • VNX
    • VPX

    © 2023 VITA Technologies. All rights Reserved.