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1. Corry Micronics Product Catalog 3/12/2020

   Corry Micronics manufactures RF and microwave components and assemblies with a focus on RF filters, power amplifiers, and RF switches for a variety of applications in today’s market. This catalog provides an overview of the different families of products that Corry Micronics makes available. 

2. Ceramic Feedthrough Filters: Winning The Finite EMI Fight 10/24/2019

   EMI is a serious concern for devices that are externally powered or require signal wires that extend outside the device. The wires that connect to power sources, or I/O points, can act as antennas that will allow EMI to be received and enter the device, causing it to perform improperly. 

3. To Block Or Not To Block? 10/24/2019

   RF switch matrices eliminate the need to manually move connections by routing signals, via user control, from their input ports to their output ports, providing convenience and speed. The first step is to select the type of switch matrix: blocking, non-blocking, or super non-blocking.

4. Stuck In The Middle: How To Choose Your Next Band Pass Filter 9/4/2019

   Band pass filters ideally allow signals between a lower frequency and an upper frequency to pass with very little loss, rejecting signals outside the two frequencies’ range. The allowed range of frequencies is called the pass band. This article delves into the many considerations for choosing the correct band pass filter for your next application.

5. “Plug & Play” Fiber Optic Link Components: SBL-4000 7/8/2019

   L3 Narda-MITEQ’s SBL series of fiber optic link components are designed to supply high performance, “plug & play” fiber optic link components for linear and some digital applications. The SBT-4000 fiber optic transmitter and the SBR-4000 fiber optic receiver can transport RF signals within the frequency range of 10 MHz to 4 GHz, over tens of kilometers of standard single mode optical fiber.

6. Fastest, Most Broadband, Ultra-Compact, High Power Pin Diode Switch: CMSW2R-2-18G-25W Datasheet 5/24/2019

   The CMSW2R-2-18G-25W is the industries’ fastest, most broadband, ultra-compact, high power pin diode switch at IMS 2019. This switch combines ultra-fast switching speeds, broadband coverage, extremely compact package size, and high power capabilities into one device.

7. Fastest, Most Broadband, Ultra-Compact, High Power Pin Diode Switch: CMSW2R-2-18G-25W 5/24/2019

   Corry Micronics unveils the industries’ fastest, most broadband, ultra-compact, high power pin diode switch at IMS 2019. This switch combines ultra-fast switching speeds, broadband coverage, extremely compact package size, and high power capabilities into one device.

8. Band 40 TDD LTE Filter And Amplifier Module: LTEMOD-2350M Datasheet 5/15/2019

   The LTEMOD-2350M is a filter and amplifier module for LTE signals in the 2300 to 2400 MHz band. Designed to mount in a single slot of a four slot 3U, 19” chassis, the module supports unpaired Time Division Duplex spectrum. It features separate low power level Receive and Transmit ports for interfacing to a Software Defined Radio and provides the necessary switching to enable and disable the receive and transmit signals using real time control from the SDRs.

9. 2100 MHz UMTS Filter And Amplifier Module: UMTSMOD-2100M Datasheet 5/15/2019

   The UMTSMOD-2100M is a filter and amplifier module for UMTS signals in the 2100 MHz bands. Designed to mount in a single slot of a four slot 3U, 19” chassis, it features separate low power level Receive and Transmit ports for interfacing to a Software Defined Radio and provides the necessary filtering to combine the receive and transmit signals onto a common output port for connection to an antenna.

10. 1800 MHz LTE Filter And Amplifier Module: LTEMOD-1800M Datasheet 5/15/2019

    The LTEMOD-1800M is a filter and amplifier module for LTE signals in the 1800 MHz bands. Designed to mount in a single slot of a four slot 3U, 19” chassis, it features separate low power level Receive and Transmit ports for interfacing to a Software Defined Radio and provides the necessary filtering to combine the receive and transmit signals onto a common output port for connection to an antenna.