CLC423

Features:

·Single +5V supply
·Input includes V_EE
·94MHz unity-gain bandwidth
·-74/-94dBc HD2/HD3
·60mA output current
·7.5ns rise/fall time (1Vpp)
·46ns settling time to 0.1%


Application

·Video ADC driver
·Desktop multimedia
·Single supply cable driver
·Instrumentation
·Video cards
·Wireless IF amplifiers
·Telecommunications


Pinout




Specifications

supply voltage (Vs)                                                   +7V
Iout is short circuit protected to ground
common-mode input voltage                         V_EE to V_CC
maximum junction temperature +175
storage temperature range                    -65 to +150
lead temperature (soldering 10 sec)                    +260
differential input voltage                                          ±2V
EDS tolerance (Note 3)                                          4000V


Description

The Comlinear CLC423 is a wideband voltage-feedback operational amplifier that is uniquely designed to provide high performance from a single power supply. The CLC423 provides near rail-to-rail operation and the common-mode input range includes the negative rail. The CLC423 offers plenty of headroom for single-supply applications as evidenced by its 4.3Vpp output voltage from a single 5V supply.

Fabricated with a high-speed complementary bipolar process, CLC423 delivers a wide 94MHz unity-gain bandwidth, 7.5ns rise/fall time and 150V/ms slew rate. For single supply applications such as video distribution or desktop multimedia, the CLC423 offers low 0.35%, 0.55° differential gain and phase errors.

The CLC423 provides high signal fidelity with -74/-94dBc 2nd/3rd harmonics (1Vpp, 1MHz, RL=150W). Combining this high fidelity performance with CLC423's quick 46ns settling time to 0.1% makes it an excellent choice for ADC buffering.

With its traditional voltage-feedback architecture and high-speed performance, the CLC423 is the perfect choice for composite signal conditioning circuit functions such as active filters, integrators, differentiators, simple gain blocks and buffering.