HA4314BCA

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HA4314BCA is an integrated circuit manufactured by Renesas. It is a special purpose analog switch, used in applications ranging from audio/video signal routing and amplification to telecom equipment and automotive audio systems. Its unique design makes it ideal for interfaces that require high linearity, low signal distortion, and low power consumption.The HA4314BCA is an unbuffered bi-directional analog switch that operates on a single supply voltage ranging from 1.8 V to 5.5 V. It utilizes CMOS logic signal to control its ON/OFF state. The device contains four switches that are independently controllable by respective dual MOS logic inputs. All four switches can be turned on or off either individually or simultaneously.The HA4314BCA has an impedance of 40 KΩ (typical) when the switches are in the ON state and a low leakage current of -25 nA (max). This allows the device to provide low signal distortion and high linearity over its full operating range from 50 Hz to 1 MHz. It also has a relatively low power consumption rating, with a maximum of only 0.1 mA.The HA4314BCA is an ideal choice for situations where reliable switching performance is required along with high linearity and low signal distortion. It is suitable for audio/video routing, telecommunications equipment, consumer audio/video systems, automotive audio systems, and other applications requiring high linearity and low signal distortion.The HA4314BCA can be packaged in a variety of standard packages, including PDIP, SOIC, QFN, and SOP. All packages are comprised of lead-free and RoHS compliant plastic materials. The device is available in all common surface mount packages, offering the versatility to developers seeking to design it into their systems. Overall, the HA4314BCA is an excellent choice for applications requiring reliable switching between two analog signal sources with low signal distortion and high linearity. Its low power consumption and versatile packaging options make it a popular option for many audio and video switching applications.

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