Blonder Tongue BIDA 75A-43 Indoor Distribution Amplifier
Condition: New
Product Overview: The Blonder Tongue BIDA 75A-43 is a broadband indoor RF distribution amplifier engineered for residential and commercial CATV, SMATV, and MATV systems that require high forward gain (43 dB) to overcome cable losses and deliver strong, consistent signal levels across multiple outlets. It features adjustable gain and slope controls along with built-in test points for easy alignment and monitoring, making it a versatile choice for a wide range of distribution applications.
Key Features
High Forward Gain (43 dB): Provides robust amplification to support long cable runs and multiple receivers with consistent RF levels
Broadband Frequency Coverage: Typically spans approximately 49–860 MHz, supporting both analog and digital signal distribution
Adjustable Gain & Slope Controls: Allows fine-tuning of amplification and frequency response for optimal system flatness
Built-In Test Points: Back-matched input/output test jacks enable convenient in-service signal monitoring without disrupting service
Condition: New
Product Overview: The Blonder Tongue BIDA 75A-43 is a broadband indoor RF distribution amplifier engineered for residential and commercial CATV, SMATV, and MATV systems that require high forward gain (43 dB) to overcome cable losses and deliver strong, consistent signal levels across multiple outlets. It features adjustable gain and slope controls along with built-in test points for easy alignment and monitoring, making it a versatile choice for a wide range of distribution applications.
Key Features
High Forward Gain (43 dB): Provides robust amplification to support long cable runs and multiple receivers with consistent RF levels
Broadband Frequency Coverage: Typically spans approximately 49–860 MHz, supporting both analog and digital signal distribution
Adjustable Gain & Slope Controls: Allows fine-tuning of amplification and frequency response for optimal system flatness
Built-In Test Points: Back-matched input/output test jacks enable convenient in-service signal monitoring without disrupting service



















