Fujitsu MB95F430 2.1Block Diagram of Operational Amplifier, 2.2Pins of Operational Amplifier

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2.1Block Diagram of Operational Amplifier

Operational Amplifier Version 1.0

Chapter 2 Amplifier Overview

2.1Block Diagram of Operational Amplifier

Figure 1 Block Diagram of Operational Amplifier

2.2Pins of Operational Amplifier

The OPAMP uses the OPAMP_P pin and the OPAMP_N pin as the analog input pins of the operational amplifier, and uses the OPAMP_O pin as the analog output pin of the operational amplifier.

When GS [5] is set to "1B" and GS [4:0] is set to "00000B", the OPAMP will work as a standalone open loop operational amplifier.

When GS [5] is set to "0B", the OPAMP will work as a non-inverting closed loop operational amplifier. It provides six different closed loop gain settings through the software.

MCU-AN-500080-E-10 - Page 6

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Contents 8-BITMICROCONTROLLER F²MC-8FXFAMILYMB95F430 SERIES OPERATIONAL AMPLIFIER APPLICATION NOTEAuthor Revision HistoryDate Change of RecordsCONTENTS 1 Introduction 2 Amplifier Overview Figure 1 Block Diagram of Operational Amplifier 2.1Block Diagram of Operational Amplifier2.2Pins of Operational Amplifier MCU-AN-500080-E-10- Page2.3OPAMP Control Register Figure 2 OPAMP Control RegisterMCU-AN-500080-E-10-Page Functions of Bits in OPAMP Control Register OPCR 3 Operations of Operational Amplifier 4 Amplifier setting procedure 5.2 Driver Code 5 Amplifier Driver5.1 Peripheral Usage 5.2.1 General Definition5.2.2Amplifier Routine void AmpOpenLoop 6 Typical Application 6.1 HW Design6.2 Sample Code 7 More Information Simplified Chinese VersionSettings for Activating Operational Amplifier 8 AppendixBlock Diagram of Operational Amplifier OPAMP Control Register9 Sample Code ILRx #pragma intvect DefaultIRQHandler
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