Blonder-Tongue BIDA-86A-43 Broadband Indoor Distribution Amplifier

This two-way broadband indoor distribution amplifier from Blonder Tongue is the BIDA-86A-43. This model operates in the 49-860 MHz RF bandwidth with 43 dB gains. It also offers an active return path of 5-36 MHz. Blonder Tongue's BIDA 5800 Series with Active Return Path is a completely self-contained broadband indoor distribution amplifier designed for CATV and SMATV signal distribution systems that use a cable drop as a signal source. Push-pull and power-doubling hybrid amplifier technologies are available for the BIDA 5800 Series with RF bandwidths ranging from 49-550 up to 1000 MHz with 30 or 43 dB gains.

All BIDA 5800 models have a return path bandwidth of 5-36 MHz and can be configured for either a passive (factory default) or integrated active return. When field configured to an active return, the BIDA 5800 Series have a full gain of 20 dB. All models can be attenuated over a range of 10 dB in the forward path and 18 dB in the return path. Gain and slope controls are located on the front panel for easy set-up and adjustment. Two -30 dB back-matched test points are provided to permit testing without interruption of service.

The aluminum chassis is designed to provide excellent heat dissipation thus allowing operation at high ambient temperatures with no degradation of performance or reliability.

NOTE: Actual product may vary in appearance and specification. For more information on this and other products, please contact your Sales Pro.

Features

• Provides Two-Way Capability with an Passive or Active Return Path Set by Field-Changeable Jumpers
• Easily Adjustable Front Panel Gain and Slope Controls
• Hybrid IC Circuitry for High Output with Low Distortion
• Optional Plug-in Fixed Equalizer and Attenuator Capability for Input Signal Conditioning
• Integrated Return Path Configurable for either Passive or Active Operation
• Push-pull and Powering-doubling Hybrid Models Available
• Input and Output Test Ports
• Large Heat Sinks for Exceptional Heat Dissipation