|
|
Inside:
Showcase (Volume 28) is available in HTML and
PDF format. - 351KB
Analog Design Challenge A chance to win $60,000
Supply Voltage Supervisor and watchdog timer
Three high-quality stereo audio codecs
Low-voltage differential signaling (LVDS) family of devices plus EVM offer
High-speed xDSL line driver/receiver offers ultra-low distortion
Family of rail-to-rail I/O ap amps drive ±
90-mA loads
Low-voltage single-supply family of op amps offers exceptional ac performance
Audio power amplifiers with 75-mW stereo output drive
Universal op amp EVM offered with and without devices attached
The industry's fastest 12-bit Vout DACs available
New RF modulator/synthesizer simplifies the design of IS-136 wireless handsets
Ultra low power MCU - 0.1 µA sleep mode
High-speed low-cost RS-232 interface devices ideal for PC desktop applications
ESD protection at ±
15-kV in data line transceivers
New Data Transmission Line Circuits Data Book
|
|
Maximum ac performance from low-voltage single-supply CMOS operational amplifiers
Product Features
- Exceptional ac performance: 5.1-MHz bandwidth 10.5-V/µs slew rate
- Rail-to-rail output
- Low noise: 17 nV/
- Low input offset voltage: 360 µV
- Complete family of singles, duals, and quads
- Characterized for operation from 0°C to 70°C and –40°C to 125°C
The TLV277x family provides the highest ac performance of any low-voltage single-supply CMOS operational amplifier. The 5.1-MHz bandwidth and 10.5-V/µs slew rate are suitable for applications previously requiring split-supply BiFETs and preamps for analog-to-digital converters. The low THD resulting from the high slew rate and 600- output drive makes the TLV277x well suited for telecom applications. Measurement, medical and industrial applications will benefit from the 360-µV offset voltage and 17-nV/ noise floor. These devices operate over a supply voltage range of 2.7 V to 5.5 V, and are fully specified at 3 V and 5 V. For designs that do not require the ac performance of the TLV277x family, consider the TLV24x2 or TLV246x family.
Vol 28 August, 1998
|