150 MHz Differential Twisted Pair Driver

General Description The EL2140C/2141C is a very high bandwidth amplifier whose output is in differential form, and is thus primarily targeted for applications such as driving twisted pair lines, or any application where common mode injection is likely to occur. The input signal can be in either s

文件：219.33 Kbytes 页数：12 Pages

Elantec

150 MHz Differential Twisted Pair Driver

General Description The EL2140C/2141C is a very high bandwidth amplifier whose output is in differential form, and is thus primarily targeted for applications such as driving twisted pair lines, or any application where common mode injection is likely to occur. The input signal can be in either s

文件：219.33 Kbytes 页数：12 Pages

Elantec

150 MHz Differential Twisted Pair Driver

General Description The EL2140C/2141C is a very high bandwidth amplifier whose output is in differential form, and is thus primarily targeted for applications such as driving twisted pair lines, or any application where common mode injection is likely to occur. The input signal can be in either s

文件：219.33 Kbytes 页数：12 Pages

Elantec

150 MHz Differential Twisted Pair Driver

General Description\nThe EL2140C/2141C is a very high bandwidth amplifier whose output is in differential form, and is thus primarily targeted for applications such as driving twisted pair lines, or any application where common mode injection is likely to occur. The input signal can be in either sin • Fully differential inputs, outputs, and feedback\n• 150 MHz 3 dB bandwidth\n• -55 dB distortion at 3 MHz\n• ±5V supplies or a6V single supply\n• Output swing (200Ω load) to within 1.5V of supplies\n• Low power-11 mA typical supply currentApplications\n• Differential line driver\n• ADSL/HDSL driver;

Renesas

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150 MHz Differential Twisted Pair Driver

General Description\nThe EL2140C/2141C is a very high bandwidth amplifier whose output is in differential form, and is thus primarily targeted for applications such as driving twisted pair lines, or any application where common mode injection is likely to occur. The input signal can be in either sin • Fully differential inputs, outputs, and feedback\n• Differential input range ±2.3V\n• 150 MHz 3 dB bandwidth\n• 800 V/ms slew rate\n• -55 dB distortion at 3 MHz\n• -75 dB distortion at 100 kHz\n• ±5V supplies or a6V single supply\n• 50 mA minimum output current\n• Output swing (200Ω load) to withi;

Renesas

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