LME49720HABD
34V 高性能、２回路 ハイファイ・オーディオ・オペ・アンプ
LME49720HABD
概要
The LME49720 is a Dual High Fidelity Audio Operational Amplifier. This Audio Amplifier offers near zero THD+N and sets a new standard for high end audio users. National's newest Amplifier uses state of the art circuitry and process to achieve a new class of audio performance and technology. The AC and DC parameters in this amplifier series offers users a solution well suited for the most demanding signal path applications. There are two package choices to enable all users' ease of use and evaluation criteria.
The LME49720 is designed for high slew rate, low noise and high output for systems needing +/-2.5 to +/-17V functionality. The pin out is the National standard to quickly upgrade existing boards. This series is for applications such as high quality audio amplification, multi-media, imaging, line drivers/receivers and active filters. The output current is for 600Ohm loads with more than 26mA drive with THD+N over a wide voltage range.
The LME49720MABD, LME49720HABD and LME49720NABD are evaluation boards designed to establish performance and evaluation to design the best end user system. The evaluation boards include all components for a ready-to-use, stand-alone bench work.
特長
- Dual Audio Operational Amplifier
- Ultra low THD+N of 0.00003%
- 34V operation and low noise
- 600Ohm loads
- SNR 97dB
- High output of 26mA
- Gain Bandwidth Product >55MHz
- 20uV/S Slew rate
- DC Gain Linearity Error of 0.000009%
- PSRR >120dB
- CMRR >120dB
- Vos is 0.1mV
- Three package offerings (SOIC, DIP, and Metal Can)
Applications:
- High Fidelity Audio Equipment
- High Fidelity drivers/receivers
- 34V Industrial applications
オーディオ・オペアンプ
購入と開発の開始
LME49720HABD — 34V High Performance, High Fidelity Dual Audio Operational Amplifier
技術資料
| 種類 | タイトル | 英語版のダウンロード | 日付 | |||
|---|---|---|---|---|---|---|
| * | EVM ユーザー ガイド (英語) | LME49600 Headphone Amplifier Evaluation Board User's Guide (Rev. A) | 2013年 5月 3日 | |||
| 証明書 | LME49720HABD EU Declaration of Conformity (DoC) | 2019年 1月 2日 |