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The BA6566FP-E2 is a speech network integrated circuit designed for handset communications. It amplifies transmitter signals to the telephone line and drives the receiver with reception signals. The device incorporates automatic gain control (AGC) based on line current to compensate for volume fluctuations caused by line length. It accommodates both dynamic and piezoelectric receivers via circuit constant adjustments. The component utilizes an HSOP-24 package, eliminating the need for external heat-dissipating transistors while maintaining compatibility with common DIP-based circuits.
Verify the specific ordering suffix against official documentation to confirm compliance details and packaging variations. Ensure the component matches the required pin configuration and thermal characteristics for the target application. Cross-reference the manufacturer's latest datasheet to validate active status and environmental certifications before finalizing procurement decisions.
Select this component for applications requiring integrated speech network functions in telephony systems. Consider the HSOP package benefits for space-constrained designs that previously required discrete heat sinks. Evaluate the AGC performance relative to specific telephone line standards and ensure the receiver type aligns with the available circuit adjustment options.
The BA6566FP-E2 belongs to the BA6566 family of speech network ICs manufactured by ROHM Semiconductor. This series provides essential handset communication functions, including signal amplification and automatic gain control. The FP variant specifically denotes the HSOP package form factor, which offers thermal management advantages over standard DIP packages without requiring additional external components.
BA6566FP
It uses automatic gain control based on transmission and reception telephone line current to compensate for volume changes caused by line length.
It can accommodate both dynamic and piezoelectric receivers by changing the circuit constants.
No, the HSOP package eliminates the need for an attached transistor to dissipate heat.