Introduction to NL8802 Op Amp
Nisshinbo Micro Gadgets has expanded its MUSES household of operational amplifiers (op amps) with the introduction of the NL8802. This new entry-level machine strikes an optimum steadiness between sound high quality, efficiency, and value, making it a major addition to audio know-how.
Revolutionary Integration for Enhanced Circuit Design
The NL8802 integrates two high-performance Nisshinbo Micro Gadgets op amps right into a single bundle. This integration provides elevated flexibility and effectivity in circuit design, significantly helpful for Hello-Fi {and professional} audio gear producers.
Broad Working Voltage Vary
The machine helps an in depth working voltage vary of ±22 V, enhancing its compatibility with quite a lot of energy provide configurations. This characteristic makes the NL8802 a flexible element for various audio purposes.
Dynamic Vary and Audio Traits
With its huge dynamic vary, the NL8802 excels in delivering audio traits of low noise and distortion, huge bandwidth, and a excessive slew fee. These specs contribute to its suitability for high-quality audio purposes.
Detailed Specs of NL8802
- Working Voltage Vary: ±3.0 V to ±22 V.
- Low Noise: 5.5 nV/√Hz at f=1 kHz.
- Low Distortion: 0.00005% at f=1 kHz.
- Achieve Bandwidth Product: 45 MHz.
- Slew Fee: 11 V/μs.
- Quiescent Present: 8.0 mA (Twin).
- Enter and Know-how: Bipolar enter with bipolar know-how.
- Package deal Choices: NL8802AN in EMP-8-AN and NL8802GQ in DFN3030-8-GQ (beneath improvement).
Impression on Hello-Fi and Skilled Audio Gear
The NL8802 op amp is poised to revolutionize Hello-Fi {and professional} audio gear. Its superior options allow designers to create techniques with distinctive audio high quality, setting a brand new commonplace within the trade.
Future Prospects and Availability
With the launch of NL8802, Nisshinbo Micro Gadgets continues to exhibit its dedication to innovation in audio know-how. The event of packages like NL8802GQ signifies ongoing developments and future prospects within the subject of operational amplifiers.
