LM6588 四路 16 V、RRIO 高输出电流运算放大器 | 德州仪器 TI.com.cn

LM6588 (不推荐在新型设计中采用) 四路 16 V、RRIO 高输出电流运算放大器

四路 16 V、RRIO 高输出电流运算放大器 - LM6588
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不建议在新的设计中使用 (NRND)

由替代品 LM6584 – 器件与被比较器件具有相同的功能,但并不是引脚对引脚等效,也有可能参数不相同。
OPA4187 – 器件与被比较器件具有相同的功能,但并不是引脚对引脚等效,也有可能参数不相同。 Recommended alternative part for high output current drive for up to 16V use cases

TI 不推荐在新产品中使用该产品。该产品仍然在继续生产中是因为需提供给现有客户。

描述

The LM6588 is a low power, high voltage, rail-to-rail input-output amplifier ideally suited for LCD panel VCOM driver and gamma buffer applications. The LM6588 contains four unity gain stable amplifiers in one package. It provides a common mode input ability of 0.5V beyond the supply rails, as well as an output voltage range that extends to within 50mV of either supply rail. With these capabilities, the LM6588 provides maximum dynamic range at any supply voltage. Operating on supplies ranging from 5V to 16V, while consuming only 750μA per amplifier, the LM6588 has a bandwidth of 24MHz (−3dB).

The LM6588 also features fast slewing and settling times, along with a high continuous output capability of 75mA. This output stage is capable of delivering approximately 200mA peak currents in order to charge or discharge capacitive loads. These features are ideal for use in TFT-LCDs.

The LM6588 is available in the industry standard 14-pin SOIC package and in the space-saving 14-pin TSSOP package. The amplifiers are specified for operation over the full −40°C to +85°C temperature range.

特性

  • (VS = 5V, TA = 25°C Typical Values Unless Specified)
  • Input Common Mode Voltage 0.5V Beyond Rails
  • Output Voltage Swing (RL = 2kΩ) 50mV from Rails
  • Output Short Circuit Current ±200mA
  • Continuous Output Current 75mA
  • Supply Current (Per Amp, No Load) 750μA
  • Supply Voltage Range 5V to 16V
  • Unity Gain Stable
  • −3dB Bandwidth (AV = +1) 24MHz
  • Slew Rate 11V/μSec
  • Settling Time 270ns
  • SOIC-14 and TSSOP-14 Package
  • Manufactured in TI’s State-of-the-art Bonded Wafer, Trench Isolated Complementary Bipolar VIP10 Technology for High Performance at Low Power Levels

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