ACC-2A Blonder-Tongue Adjacent Channel Combiner 2 In - 2 Out, 10-550 MHz

        ACC-2A Blonder-Tongue Adjacent Channel Combiner 2 In - 2 Out, 10-550 MHz

        Blonder Tongue Labs
        SKU: ACC-2A
        Blonder Tongue Laboratories Inc. is a global communication equipment supplier for TV broadcasters, cable system operator, lodging video, Internet system and institutional systems,etc. Blonder Tongue Laboratories, Inc. together with R. L. Drake Holdings, LLC - its wholly owned subsidiary - offer customers more than 130 years of combined engineering and manufacturing excellence with solid histories of delivering reliable, quality products. As a leader in the field of cable television communications, the Company provides system operators and integrators serving the cable, broadcast, satellite, IPTV, institutional and professional video markets with comprehensive solutions for the provision of content contribution, distribution and video delivery to homes and businesses. The Company designs, manufactures, sells and supports an equipment portfolio of standard and high definition digital video solutions, as well as core analog video and high speed data solutions for distribution over coax, fiber and IP networks. The model is ACC-2A Blonder-Tongue Adjacent Channel Combiner 2 In - 2 Out, 10-550 MHz. The ACC-2A is an adjacent channel combiner, designed to combine two input signals and provide two outputs. The ACC-2A is an adjacent channel combiner, designed to combine two input signals and provide two outputs, each containing both input signals at a level no more than 5.5 dB below the input.
          • 42% less
          Market price:$452.55 save $188.56
        • $263.99
         
        OR
        Blonder Tongue Laboratories Inc. is a global communication equipment supplier for TV broadcasters, cable system operator, lodging video, Internet system and institutional systems,etc. Blonder Tongue Laboratories, Inc. together with R. L. Drake Holdings, LLC - its wholly owned subsidiary - offer customers more than 130 years of combined engineering and manufacturing excellence with solid histories of delivering reliable, quality products. As a leader in the field of cable television communications, the Company provides system operators and integrators serving the cable, broadcast, satellite, IPTV, institutional and professional video markets with comprehensive solutions for the provision of content contribution, distribution and video delivery to homes and businesses. The Company designs, manufactures, sells and supports an equipment portfolio of standard and high definition digital video solutions, as well as core analog video and high speed data solutions for distribution over coax, fiber and IP networks. The model is ACC-2A Blonder-Tongue Adjacent Channel Combiner 2 In - 2 Out, 10-550 MHz. The ACC-2A is an adjacent channel combiner, designed to combine two input signals and provide two outputs. The ACC-2A is an adjacent channel combiner, designed to combine two input signals and provide two outputs, each containing both input signals at a level no more than 5.5 dB below the input. The primary application of the ACC-2A is the combining of two groups of channels and re splitting the signal to two outputs without incurring the loss associated with two individual hybrid combiner/splitters. The product is featured bedside control connectors. Terminating wall plate. Wide range of coupling values. Separate FM terminal units. Units shielded for professional SMATV and CATV applications. Ivory plastic front filler plate. Steel back plate for exceptional mechanical strength and long life. Provides two outputs containing both input signal bands. Low loss combining of two bands of signals to two outputs. Dual output units. For over 60 years, Blonder Tongue has customized cost-effective solutions for the broadcast, hospitality, education, healthcare, government, sports, entertainment, and enterprise markets. From supporting major broadcast networks to campuses, hotels, stadiums, and airports Blonder Tongue has its customers’ needs covered.

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