The MAX9767ETJ+T features the following pin configuration: 1. SHDN (Shutdown) 2. VDD (Power Supply) 3. GND (Ground) 4. IN+ (Positive Input) 5. IN- (Negative Input) 6. VREF (Reference Voltage) 7. AGND (Analog Ground) 8. OUT (Speaker Output)
The MAX9767ETJ+T utilizes Class D amplifier technology, which achieves high efficiency by rapidly switching the output transistors between fully on and fully off states. This approach minimizes power dissipation and heat generation while delivering high-quality audio output.
The MAX9767ETJ+T is well-suited for a range of portable and space-constrained audio applications, including: - Portable Bluetooth speakers - Headphone amplifiers - Compact audio systems for mobile devices - Automotive infotainment systems
In conclusion, the MAX9767ETJ+T offers a compelling combination of performance and size for compact audio applications, making it a valuable choice for designers seeking high-quality audio amplification in constrained spaces.
What is the MAX9767ETJ+T?
What is the maximum power output of the MAX9767ETJ+T?
What is the input voltage range for the MAX9767ETJ+T?
How does the integrated volume control work in the MAX9767ETJ+T?
What is dynamic range compression in the context of the MAX9767ETJ+T?
Can the MAX9767ETJ+T be used in automotive applications?
Does the MAX9767ETJ+T require external heat sinking?
What are the typical applications for the MAX9767ETJ+T?
What is the efficiency of the MAX9767ETJ+T?
Is there a recommended layout for integrating the MAX9767ETJ+T into a PCB design?