EL2141

• Fully differential inputs, outputs, and feedbackFully differential input, output and feedback
• Differential input range ±2.3VDifferential input range ± 2.3V
• 150MHz 3dB bandwidth150MHz 3dB bandwidth
• 800V/µs slew rate800V/μs slew rate
• -55dB distortion at 3MHz- 55dB distortion at 3MHz
• -75dB distortion at 100kHz-Seventy-five dB distortion at 100kHz
• ±5V supplies or +6V single supply± 5V supply or single +6 V supply
• 50mA minimum output currentMinimum output current of 50mA
• Output swing (200Ω load) to within 1.5V of supplies (14VPKPK differential)Output Swing (200Ω Load) Supply in 1.5V Range (14VPKPK Differential)
• Low power-11mA typical supply currentLow power supply current is 11mA typical
• Pb-free available (RoHS compliant)Lead-free available (RoHS compliant)

The EL2141 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 EL2141 is the output form of a very high bandwidth differential amplifier and is therefore a major application target, such as driving twisted pairs, or any application where common-mode injection can occur. The input signal can be in either single-ended or differential form, but the output is always in differential form.The input signal can be single-ended or differential, but the yield is always in differential form.

On the EL2141, two feedback inputs provide the user with the ability to set the device gain, (stable at minimum gain of two).On the EL2141, two feedback inputs have the ability to provide the gain setting of the device (stabilized at two minimum gains) to the user.

The output common mode level is set by the reference pin (V_REF), which has a -3dB bandwidth of over 100MHz.The output common-mode level is determined by the reference pin (V_numberIts -3dB bandwidth is more than 100MHz. Generally, this pin is grounded, but it can be tied to any voltage reference.Generally, this pin is grounded, but it can be connected to any voltage reference.

The transmission of ADSL/HDSL signals requires very low distortion amplification, so this amplifier was designed with this as a primary goal.ADSL/HDSL's signal transmission requires very low distortion amplification, so this is the primary goal of this amplifier design. The actual signal distortion levels depend upon input and output signal amplitude, as well as the output load impedance.The actual level of signal distortion depends on the amplitude of the input and output signals, as well as the output load impedance. (See distortion data inside.)(See data distortion inside.) ）

Both outputs (V_OUT, V_OUTB) are short circuit protected to withstand temporary overload condition.Two outputs_（VOUT, five_OUTB）Short-circuit protected against temporary overload conditions.