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AME7107A Datasheet PDF


Part Number AME7107A
Manufacturer Analog Microelectronics
Title 3-1/2 Digit A/D Converter High Accuracy/ Low Power
Description The AME7106 and AME7107 family are high performance, low power, 3-1/2 digit, dual-slope integrating A/ D converters, with on-chip display drivers....
Features l 100µV Resolution l High Impedance Differential Inputs l Differential Reference l Drive LCD (AME7106) or LED (AME7107) Directly l Four New Convenient Features (AME7106A/AME7107A) l Display-Hold l Low-Battery Indication l Integration Status Indication l De-Integration Status Indication n General De...

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Datasheet AME7107A PDF File








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AME7106 : The AME7106 and AME7107 family are high performance, low power, 3-1/2 digit, dual-slope integrating A/ D converters, with on-chip display drivers. The AME7106 is designed for a single battery operated system, will drive non-multiplexed LCD display directly. The AME7107 is designed for a dual power supply system, will directly drive common anode LED display. These A/D converters are inherently versatile and accurate. They are immune to the high noise environments. The true differential high impedance inputs and differential reference are very useful for making ratiometric measurement, such as resistance, strain gauge and bridge transducers. The built-in auto-zero feature automatically correct.

AME7106A : The AME7106 and AME7107 family are high performance, low power, 3-1/2 digit, dual-slope integrating A/ D converters, with on-chip display drivers. The AME7106 is designed for a single battery operated system, will drive non-multiplexed LCD display directly. The AME7107 is designed for a dual power supply system, will directly drive common anode LED display. These A/D converters are inherently versatile and accurate. They are immune to the high noise environments. The true differential high impedance inputs and differential reference are very useful for making ratiometric measurement, such as resistance, strain gauge and bridge transducers. The built-in auto-zero feature automatically correct.

AME7106R : The AME7106 and AME7107 family are high performance, low power, 3-1/2 digit, dual-slope integrating A/ D converters, with on-chip display drivers. The AME7106 is designed for a single battery operated system, will drive non-multiplexed LCD display directly. The AME7107 is designed for a dual power supply system, will directly drive common anode LED display. These A/D converters are inherently versatile and accurate. They are immune to the high noise environments. The true differential high impedance inputs and differential reference are very useful for making ratiometric measurement, such as resistance, strain gauge and bridge transducers. The built-in auto-zero feature automatically correct.

AME7107 : The AME7106 and AME7107 family are high performance, low power, 3-1/2 digit, dual-slope integrating A/ D converters, with on-chip display drivers. The AME7106 is designed for a single battery operated system, will drive non-multiplexed LCD display directly. The AME7107 is designed for a dual power supply system, will directly drive common anode LED display. These A/D converters are inherently versatile and accurate. They are immune to the high noise environments. The true differential high impedance inputs and differential reference are very useful for making ratiometric measurement, such as resistance, strain gauge and bridge transducers. The built-in auto-zero feature automatically correct.

AME7107R : The AME7106 and AME7107 family are high performance, low power, 3-1/2 digit, dual-slope integrating A/ D converters, with on-chip display drivers. The AME7106 is designed for a single battery operated system, will drive non-multiplexed LCD display directly. The AME7107 is designed for a dual power supply system, will directly drive common anode LED display. These A/D converters are inherently versatile and accurate. They are immune to the high noise environments. The true differential high impedance inputs and differential reference are very useful for making ratiometric measurement, such as resistance, strain gauge and bridge transducers. The built-in auto-zero feature automatically correct.




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