LE79124KVCT

The LE79124KVCT is an integrated precision 10 bit A/D converter, which is ideal for a variety of data conversion applications due to its small size and high performance. The LE79124KVCT is a complete 10-bit, CMOS A/D converter with a built-in analog multiplexer, two parallel 8-bit DACs and all associated circuitry for complete self-contained conversion applications. In addition, its compact size and ease of use make it ideal for a wide range of monitoring, control, and acquisition applications.

The LE79124KVCT can operate in three modes: single-ended mode, differential mode, and track/hold mode. In single-ended mode, the LE79124KVCT can directly convert up to eight single-ended channels. In differential mode, the LE79124KVCT can directly convert up to four differential channels. Finally, in track/hold mode, the LE79124KVCT stores one differential channel for up to 21 scan cycles.

The LE79124KVCT is built on CMOS technology which ensures low power consumption and fast conversion speed. The LE79124KVCT achieves conversion speeds up to 10MHz, with conversion rate of 10 MS/s. The built-in track/hold allows the user to capture and store a differential channel for 21 scan cycles, allowing for accurate and fast acquisition of analog signals. The 10 bit resolution ensures a high level of accuracy for all applications involving analog-to-digital conversion.

The LE79124KVCT is widely used in a variety of telecommunications applications, such as cable modems, broadband access gateways, mobile base station radios, and satellite communication systems. Additionally, the integrated multiplexer and dual 8-bit parallel DACs allow the LE79124KVCT to be used in a variety of applications, such as real-time image acquisition and control, industrial automation, and process control.

In summary, the LE79124KVCT is an ideal solution for a variety of data conversion applications because of its small size and high performance. The integrated multiplexer and dual 8-bit parallel DACs allow the device to be used for a variety of applications, especially those which involve real-time image acquisition and control. Additionally, the device\'s 10-bit resolution and fast 10 mega-samples per second conversion rate make it ideal for telecommunications applications.