ADI/亚德诺 运算放大器及比较器 AD8397ARZ-REEL7 高速运算放大器 Dual High Current OP Amplifier 更新时间:2024年07月26日 家装建材,一站式购齐,点击查看更多优质好物! 价格 ￥6.00 ￥4.80 ￥3.84 起订量 10个起批 100个起批 1000个起批 货源所属商家已经过真实性核验 发货地 广东省 深圳市 ...
放大器类型 High Output Current Amplifier 高度 7.11 mm 长度 38.86 mm 电源类型 Dual 宽度 25.4 mm 双重电源电压 +/- 12 V, +/- 15 V, +/- 18 V 最大双重电源电压 +/- 40 V 最小双重电源电压 +/- 10 V 工作电源电压 +/- 10 V to +/- 40 V Pd-功率耗散 125 W 电压增益...
ST's high-voltage op-amps (10 V to 36 V) offer many combinations of power consumption and gain bandwidth, allowing you to get the best performance for the appropriate accuracy.
A high voltage op-amp is not the same as a traditional amplifier. In general, an amplifier provides power gain at some combination of voltage and current, and usually into a resistive load. In contrast, an op-amp is configured to increase voltage while delivering up to a specified maximum ...
This application note shows how to use a high-voltage, high-current-drive op amp in a ±20mA or 4–20mA current-loop application. The op amp converts a voltage signal from a DAC into a ±20mA or 4–20mA current output. Application experiments feat...
Analog Devices' Selection Table for High Output Current Op Amps ≥ 100mA lets you add, remove, and configure parameters to display; compare parts and choose the best part for your design.
放大器类型: High Output Current Amplifier 高度: 7.11 mm 长度: 38.86 mm 电源类型: Dual 宽度: 25.4 mm 双重电源电压: +/- 12 V, +/- 15 V, +/- 18 V 最大双重电源电压: +/- 40 V 最小双重电源电压: +/- 10 V 工作电源电压: +/- 10 V to +/- 40 V Pd-功率耗散: 125 W 电压增益...
关键词: CMOS analogue integrated circuits operational amplifiers CMOS technology dynamic output quiescent current generation free class AB–AB two-stage Miller op-amp power consumption size 0.18 mum size 130 nm size 45 nm size 65 nm size 90 nm ...
A power operational amplifier that provides on-the-fly adjustable current limit for flexibility and load protection in high current applications is described.doi:10.1016/B978-0-12-800001-4.00427-0Tim ReganElsevier Inc.Regan, Tim. "The LT1970 Power Op Amp Provides On-the-Fly Adjustable Current ...
Figure 12. Proposed circuit for an op amp interface AVDD IDAC + VDAC+ VREF RX DAC Bias Network Input Resistors R2 to Positive Input of Op Amp • IDAC+ and IDAC– are the current outputs from the DAC. • R2 and R3 are input resistors to the posi- tive input of the op amp. ...