ICL7107SCPLZ

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ICL7107SCPLZ is a precision analog-to-digital (A/D) converter with a 4-1/2 digit LCD meter driver based on successive approximation architecture. It is a versatile, low power 8-bit converter, proving a 12-bit resolution with 10-bit accuracy, ideal for use in a wide variety of applications.

ICL7107SCPLZ application field is mainly used for data acquisition systems, process control, signal conditioning, battery discharge monitoring, digital thermometers, etc. It can provide fast, accurate and reliable data conversion. ICL7107SCPLZ also works well in remote transmitter applications, where the power to support the data acquisition must be restricted.

The working principle of ICL7107SCPLZ is based on successive approximation architecture. During the conversion process, a voltage from an analog input is compared with an internally generated 5V reference voltage. The ICL7107SCPLZ, controlled by a 3-wire serial interface, uses a successive approximation technique to determine which one of the 256 steps is closest to the analog input voltage. The resulting binary output is latched, such that the device performance is not affected by the external noise or other disturbances. The device also has an optional LCD driver, which allows the user to display the result in a 4-1/2 digit LCD display.

ICL7107SCPLZ is a low power 8-bit AD converter, capable of 12-bit resolution with 10-bit accuracy. It works well in a wide range of applications such as data acquisition systems, process control, battery discharge monitoring, digital thermometers, etc. The successive approximation architecture provides fast, accurate and reliable data conversion and the 3-wire serial interface helps to minimize costs and cabling.

Using ICL7107SCPLZ, users can develop their own portable, high precision handheld meters. It is a versatile, low power 8-bit converter with a 3-wire serial interface, proving a 12-bit resolution with 10-bit accuracy, suitable for data acquisition and other special avocations. Moreover, the LCD driver allows users to display the results in a 4-1/2 digit LCD display.

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