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Automated External Defibrillator Application Brief
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Small Motor Control Application Brief
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Industrial Ethernet Switch Application Brief
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Creating a Power Subsystem for a Renesas SuperH Processor using HELDO Power Devices
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Design Considerations when Implementing 3-Axis Accelerometer Functions for Handheld Devices
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Design Considerations when Creating TFT-LCD Subsystems using Renesas Direct Drive MCUs
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Design Considerations for a Baby Monitor with the Renesas H8S/2426 MCU and the Nuvoton Audio Codec
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Buzzer Output
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Digital Audio I/F driver
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Using CRC
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10-Bit A/D Converter: Example of Settings for Conversion in Multi Mode
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10-Bit A/D Converter: Example of Settings for Conversion in Scan Mode
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10-Bit A/D Converter: Example of Settings for Conversion in Single Mode
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12-Bit A/D Converter: An Example of Settings for Conversion in Single-Scan Mode
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12-Bit A/D Converter: Example of Settings for A/D Conversion on a Single Channel
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12-Bit A/D Converter: Example of Settings for Conversion in Single Scan Mode
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A/D Conversion in Continuous Scan Mode 1
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A/D Conversion in Single Mode 1
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A/D Conversion in Single Mode 2
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A/D Conversion in Single-cycle Scan Mode 1
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A/D Conversion in Single-cycle Scan Mode 2
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A/D Conversions in Continuous Scan Mode 2
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A/D Converter Operation in One-Shot Mode
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A/D Converter Operation in Repeat Mode
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A/D Converter Operation One-Shot Mode and External Op-Amp Connection Mode
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A/D Key Read
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Activating the A/D Converter using Compare-Match on MTU2 Channel 0
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D/A Converter Operation
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Delayed Activation of A/D Converter using MTU2
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Delta Sigma A/D Converter Users Guide
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Example of Setting LCD Controller
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Method of Conversion and Accuracy
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Operation of D/A Donverter
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Positive-Phase/Negative Phase PWM 3-Phase Output 1
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Positive-Phase/Negative Phase PWM 3-Phase Output 2
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PWM 4-Phase Output 1
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PWM 4-Phase Output 2
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PWM 7-Phase Output 1
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PWM 7-Phase Output 2
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R/D Read
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Sensor's Output Inpedance Under A/D Conversion
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Single A/D Conversion Mode
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Skipping the Activation of A/D Converter using MTU2
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Start of A/D Conversion by MMT
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Start of A/D Conversion by MTU
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Three-Phase Complementary PWM Output
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Data Transfer to On-chip Peripheral Modules with DMAC 1
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Data Transfer to On-chip Peripheral Modules with DMAC 2
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Example of using the SCIF in Asynchronous Mode
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Synchronous Serial Communication Unit Master Reception (Reading from EEPROM) 1
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Synchronous Serial Communication Unit Master Transmission (Writing to EEPROM) 2
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Transmission and Reception of Serial Data by the SCI in Asynchronous Mode 1
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Transmission and Reception of Serial Data by the SCI in Asynchronous Mode 2
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Transmission and Reception of Serial Data by the SCIF in Clock Synchronous Mode 2
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User Program Mode (UART) Function
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7-Segment LED DisplaY, Key Matrix Input
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Example of Program Transfer to On-Chip RAM Using the DMAC
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Creating a Low Cost Machine to Machine (M2M) Wireless Sensor Network