CLC5802

Features:

(T_A = 25, V_S = ±5V, R_L = 100W, Typical unless specified).
` Wide unity-gain bandwidth: 140MHz
`Ultra-low noise: 4nV/ , 2pA/
`Low distortion: −69/−66dBc (5MHz)
`Settling time: 18ns to 0.1%
`High output current: ±70mA
`Supply voltage range: 5V to 12V


Application

·General purpose dual op amp
·Low noise active filters
·Low noise integrators
·High-speed detectors
·Diff-in/diff-out instrumentation amp
·I/Q channel amplifiers
·Driver/receiver for transmission systems


Pinout




Specifications

Supply Voltage                                                   ±7V
Short Circuit Current                                    (Note 3)
Common-Mode Input Voltage                          ±V_CC
Differential Input Voltage                                 ±10V
Maximum Junction Temperature                     +125
Storage Temperature                      −65 to +150
Lead Temperature (soldering 10 sec)            +300


Description

The CLC5802 is a dual op amp that offers a traditional voltage-feedback topology featuring unity-gain stability. Low noise and very low harmonic distortion combine to form a very wide dynamic-range op amp that operates within a power supply range of 5V to 12V.

Each of the CLC5802's closely matched channels provides a 140MHz unity-gain bandwidth with a very low input voltage noise density (4nV/ ). Low 2nd/3rd harmonic distortion (-69/-66dBc) as well as high channel-to-channel isolation (-61dB) make the CLC5802 a perfect wide dynamic-range amplifier for I/Q channels and other application which require low distortion and matching. With its fast and accurate settling (18ns to 0.1%), the CLC5802 is also a excellent choice for wide-dynamic range, anti-aliasing filters to buffer the inputs of hi-resolution analog-to-digital converters. Combining the CLC5802 two tightly-matched amplifiers in a single eight-pin SOIC reduces cost and board space for many composite amplifier applications such as active filters, differential line drivers/receivers, fast peak detectors and instrumentation amplifiers.