TLC272BCDRG4

TLC272BCDRG4 is a dual low-noise, high-slew-rate operational amplifier that delivers reliable performance for all the standard linear-amplifier applications, such as active filters and instrumentation, OP-amp and buffer-amp configurations etc. This amplifier makes use of Texas Instrument’s proprietary BiCMOS technology and provides wide supply-voltage range without sacrificing performance. It utilizes internal compensation to reduce the design complexity, giving it a competitive price tag.

Application Field

TLC272BCDRG4 offers a versatile application field with its low-noise and high speed characteristics. It is specifically designed for applications in communication systems, sensors, medical instruments, and consumer-electronics. It is widely used for transimpedance amplifier, voltage-to-frequency, current-to-frequency, chemical-sensing and many more. Additionally, it is engineered to integrate linear-amplifiers and buffers into single-package configurations, allowing designers to create compact design.

Working Principle

TLC272BCDRG4 features a high-speed operation and low-noise and distortion characteristics. The integrated input stage offers low-noise operation and can be powered as wide as 36 volts. The amplifier also has a wide operating temperature of – 55 °C to + 125 °C, supplying over 7mA of output current. Additionally, the amplifier makes use of advanced BiCMOS process technology, delivering a fast and reliable performance.

In addition to its high speed characteristics, the TLC272BCDRG4 also provides low-distortion characteristics. It has a maximum of 15 nV/√ Hz at 1 kHz noise density and an operation bandwidth of 13 MHz. This makes the TLC272BCDRG4 an excellent choice for high-performance, low-distortion linear amplifier applications. Additionally, the amplifier is also built with short-circuit current-limiting and thermal protection.

The performance and size of the TLC272BCDRG4 make it an ideal choice for a variety of linear-amplifier applications. It features a wide-range of features, making it the perfect choice for instrumentation, OP-amps and buffer-amps. Its low-noise and high-slew-rate performance make it a reliable and efficient choice for linear-amplifier application.