CLC405
CLC405 is Low-Cost/ Low-Power/ 110MHz Op Amp with Disable manufactured by National Semiconductor.
Description
The CLC405 is a low-cost, wideband (110MHz) op amp featuring a TTL-patible disable which quickly switches off in 18ns and back on in 40ns. While disabled, the CLC405 has a very high input/output impedance and its total power consumption drops to a mere 8m W. When enabled, the CLC405 consumes only 35m W and can source or sink an output current of 60m A. These features make the CLC405 a versatile, high-speed solution for demanding applications that are sensitive to both power and cost. Utilizing National’s proven architectures, this current feedback amplifier surpasses the performance of alternative solutions and sets new standards for low power at a low price. This powerconserving op amp achieves low distortion with -72d Bc and -70d Bc for second and third harmonics respectively. Many high source impedance applications will benefit from the CLC405’s 6MΩ input impedance. And finally, designers will have a bipolar part with an exceptionally low 100n A non-inverting bias current. With 0.1d B flatness to 50MHz and low differential gain and phase errors, the CLC405 is an ideal part for professional video processing and distribution. However, the 110MHz -3d B bandwidth (Av = +2) coupled with a 350V/µs slew rate also make the CLC405 a perfect choice in cost-sensitive applications such as video monitors, fax machines, copiers, and CATV systems.
Features s s s s s s s
Low-cost Very low input bias current: 100n A High input impedance: 6MΩ 110MHz -3d B bandwidth (Av = +2) Low power: Icc = 3.5m A Ultra-fast enable/disable times High output current: 60m A Desktop video systems Multiplexers Video distribution Flash A/D driver High-speed switch/driver High-source impedance applications Peak detector circuits Professional video processing High resolution monitors
Frequency Response (Av = +2V/V)
Applications s s s s s s s s s
Typical Application
Wideband Digitally Controlled Programmable Gain Amplifier
Pinout
DIP & SOIC
© 1999 National Semiconductor Corporation
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