Applications

Datasheet

EL2186
250MHz/3mA Current Mode FeedbackAmp w/Disable

Typical Diagram

Diagram Not Shown

Key Features

    • Single (EL2186) and dual (EL2286) topologies
    • 3mA supply current (per amplifier)
    • 250MHz -3dB bandwidth
    • Low cost
    • Fast disable
    • Powers down to 0mA
    • Single- and dual-supply operation down to ±1.5V
    • 0.05%/0.05o diff. gain/diff. phase into 150Ω
    • 1200V/µs slew rate
    • Large output drive current:
      • 100mA (EL2186)
      • 5mA (EL2286)
    • Also available without disable in single (EL2180), dual (EL2280) and quad (EL2480)
    • Lower power EL2170/EL2176 family also available (1mA/70MHz) in single, dual and quad

Description

The EL2186/EL2286 are single/dual current-feedback operational amplifiers which achieve a -3dB bandwidth of 250MHz at a gain of +1 while consuming only 3mA of supply current per amplifier. They will operate with dual supplies ranging from ±1.5V to 6V, or from single supplies ranging from +3V to +12V. The EL2186/EL2286 also include a disable/power-down feature which reduces current consumption to 0mA while placing the amplifier output in a high impedance state. In spite of its low supply current, the EL2286 can output 55mA while swinging to ±4V on ±5V supplies. The EL2186 can output 100mA with similar output swings. These attributes make the EL2186/EL2286 excellent choices for low power and/or low voltage cabledriver, HDSL, or RGB applications.

For Single, Dual and Quad applications without disable, consider the EL2180 (8-Pin Single), EL2280 (8-Pin Dual) or EL2480 (14-Pin Quad). For lower power applications where speed is still a concern, consider the EL2170/EL2176 family which also comes in similar Single, Dual and Quad configurations. The EL2170/EL2176 family provides a -3dB bandwidth of 70MHz while consuming 1mA of supply current per amplifier.

Applications

    • Low power/battery applications
    • HDSL amplifiers
    • Video amplifiers
    • Cable drivers
    • RGB amplifiers
    • Test equipment amplifiers
    • Current to voltage converters

Alternatives

Design Tip

Can I use a current feedback amplifier (CFA) as an open loop comparator?

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