CLC5665

Features:

`0.1dB gain flatness to 20MHz (A<sub>v</sub> = +2)
`90MHz bandwidth (A_v = +1)
`Large signal BW 25MHz
`1800V/ms slew rate
`0.05%/0.05° differential gain/phase
`±5V, ±15V or single supplies
`200ns disable to high-impedance output
`Wide gain range
`-89/-92dBc HD2/HD3 (R<sub>L</sub> = 500)
`Low cost


Application

·xDSL driver
·Twisted pair driver
·Cable driver
·Video distribution
·CCD clock driver
·Multimedia systems
·DAC output buffers
·Imaging systems


Specifications

supply voltage                                                                ±16V
short circuit current (see note 1)
common-mode input voltage                                           ±V_CC
maximum junction temperature                                     +150
storage temperature range                             -65 to +150
lead temperature (soldering 10 sec)                             +300


Description

The CLC5665 is a low-cost, wideband amplifier that provides very low 2nd and 3rd harmonic distortion at 1MHz (-89/-92dBc). The great slew rate of 1800V/ms, bandwidth of 90MHz (Av = +1) and fast disable make  it an excellent choice for many high speed multiplexing applications. Like all current feedback op amps, the CLC5665 allows the frequency response to be optimized (or adjusted) by the  selection of the feedback resistor. For demanding video applications, the 0.1dB bandwidth to 20MHz and differential gain/phase of 0.05%/0.05° make the CLC5665 the preferred component for broadcast quality NTSC and PAL video systems.

CLC5665 large voltage swing (28Vpp), continuous output current (85mA) and slew rate (1800V/ms) provide high-fidelity signal conditioning for applications such as CCDs, transmission lines and low impedance circuits.

xDSL, video distribution, multimedia and general purpose applications will benefit from the CLC5665's wide bandwidth and disable feature. Power is reduced and the output becomes a high impedance when disabled. The wide gain range of the CLC5665 makes this general purpose op amp an improved solution for circuits such as active filters, single-to-differential-ended drivers, DAC transimpedance amplifiers and MOSFET drivers.