The Datasheet Archive

SH7145F datasheet (1)

Part Manufacturer Description Type PDF
SH7145F-ZTAT Renesas Technology Hitachi SuperH RISC engine Original PDF

SH7145F Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2004 - SH7144

Abstract: SH7145
Text: communications using the SCI (Serial Communication Interface) module of the SH7145F. It is intended to be used , using channel 0 (ch0) of the SCI module of the SH7145F. Multiprocessor communication allows data to be , APPLICATION NOTE SH7145F Multiprocessor Communications Summary The SH7144 series is a , application. Device for Which Operation Has Been Confirmed SH7145F Contents 1. Specifications , . 14 REJ06B0358-0100O/Rev.1.00 March 2004 Page 1 of 17 SH7145F Multiprocessor


Original
PDF SH7145F SH7144 SH7145F. REJ06B0358-0100O/Rev SH7145
2004 - SH7144

Abstract: SH7145 134Pin PSTB
Text: serial data transmission/reception using the SCI (Serial Communication Interface) module of the SH7145F. , transmission is performed using channel 1 (ch1) of the SCI module of the SH7145F. In this task example 3 bytes , APPLICATION NOTE SH7145F Asynchronous Serial Data Transmission/Reception Summary The SH7144 , before using them in an actual application. Device for Which Operation Has Been Confirmed SH7145F , . 14 REJ06B0357-0100O/Rev.1.00 March 2004 Page 1 of 17 SH7145F Asynchronous Serial


Original
PDF SH7145F SH7144 SH7145F. REJ06B0357-0100O/Rev SH7145 134Pin PSTB
2004 - SH7144

Abstract: SH7145
Text: using the SCI (Serial Communication Interface) module of the SH7145F. It is intended to be used as , channel 3 (ch3) of the SCI module of the SH7145F. In this task example 3 bytes of serial data are , APPLICATION NOTE SH7145F Synchronous Serial Data Reception Summary The SH7144 series is a , application. Device for Which Operation Has Been Confirmed SH7145F Contents 1. Specifications , . 15 REJ06B0353-0100O/Rev.1.00 March 2004 Page 1 of 16 SH7145F Synchronous Serial Data


Original
PDF SH7145F SH7144 SH7145F. REJ06B0353-0100O/Rev SH7145
2004 - SH7144

Abstract: SH7145 SCR TDR1
Text: transmission using the SCI (Serial Communication Interface) module of the SH7145F. It is intended to be used , performed using channel 1 (ch1) of the SCI module of the SH7145F. In this task example 3 bytes of serial , APPLICATION NOTE SH7145F Asynchronous Serial Data Transmission Summary The SH7144 series is a , application. Device for Which Operation Has Been Confirmed SH7145F Contents 1. Specifications , . 13 REJ06B0355-0100O/Rev.1.00 March 2004 Page 1 of 16 SH7145F Asynchronous Serial


Original
PDF SH7145F SH7144 SH7145F. REJ06B0355-0100O/Rev SH7145 SCR TDR1
SH7144

Abstract: SH7144F
Text: There is a restriction on use of the AUD function of the E10A emulator when emulating the SH7145F. 1. Problem The AUD pins of the SH7145F are multiplexed with ports D and E. When those AUD pins multiplexed , use the AUD pins multiplexed with port E of the SH7145F. 3. Solution Use the AUD pins multiplexed with port D of the SH7145F instead to use the AUD function of the SH7144F E10A emulator. Available , SH7145F Classification of Information 1. 2. 3. 4. 5. TN-EML-109A/E PRODUCT NAME V1


Original
PDF SH7145F TN-EML-109A/E SH7144F HS7144KCM02H HS7144KCI02H SH7144 ADE-602-254A SH7145F. SH7145F
2002 - SH7144F

Abstract: Hitachi DSA0076 EDK7145 hdd motor hitachi TRACE32-ICD
Text: November 2000 Ultra High Performance 32-bit RISC microcontrollers SH7145F Hitachi's SH7145F , comprehensive peripheral set, the SH7145F helps engineers to tackle design challenges that had so far required , transfers, so that the CPU performance can be fully utilised for calculations SH7145F Key Features , by Lauterbach Trace32-ICD (www.lauterbach.com) Up to 106 IO lines 144-pin QFP ( SH7145F ), 112-pin QFP (SH7144F) Mask ROM options (planned) EDK7145 Evaluation board now available The SH7145F is


Original
PDF 32-bit SH7145F SH7145F 50MHz V/50MHz 32x32 EDK7145 Trace32-ICD SH7144F Hitachi DSA0076 hdd motor hitachi
2003 - TRACE32-ICD

Abstract: 32x32 Multiplier EDK7145 SH7144F dhrystone industrial
Text: Ultra High Performance microcontrollers SH7145F Renesas' SH7145F series offers industry , , the SH7145F helps engineers to tackle design challenges that had so far required complex and costly , transfers, so that the CPU performance can be fully utilised for calculations SH7145F Key Features · , ) supported by Lauterbach Trace32-ICD (www.lauterbach.com) · Up to 106 IO lines · 144-pin QFP ( SH7145F ), 112-pin QFP (SH7144F) · Mask ROM options · EDK7145 Evaluation board now available The SH7145F is


Original
PDF SH7145F SH7145F 50MHz 32-bit V/50MHz 32x32 Trace32-ICD 32x32 Multiplier EDK7145 SH7144F dhrystone industrial
2004 - SH7144F

Abstract: E10A-USB SH7144
Text: ) . 10 Section 2 Specifications of the Software when Using the SH7144F or SH7145F .13 2.1 2.2 Differences between the SH7144F or SH7145F and the Emulator. 13 Specific Functions for the Emulator when Using the SH7144F or SH7145F. 18 , the Emulator The E10A-USB emulator supports the SH7144F and SH7145F. The supported operating modes , Family / SH7144 Series Supplementary Information on Using the SH7144F/ SH7145F Rev.1.00 Revision Date


Original
PDF REJ10B0150-0100H E10A-USB SH7144F HS7144KCU01HE SH7144 SH7144F/SH7145F SH7144F
2004 - SH7144

Abstract: SH7145
Text: serial data transmission/reception using the SCI (Serial Communication Interface) module of the SH7145F. , reception is performed using channel 1 (ch1) of the SCI module of the SH7145F. In this task example 3 bytes , APPLICATION NOTE SH7145F Synchronous Serial Data Transmission/Reception Summary The SH7144 , before using them in an actual application. Device for Which Operation Has Been Confirmed SH7145F , . 14 REJ06B0354-0100O/Rev.1.00 March 2004 Page 1 of 17 SH7145F Synchronous Serial Data


Original
PDF SH7145F SH7144 SH7145F. REJ06B0354-0100O/Rev SH7145
2004 - SH7144

Abstract: SH7145
Text: reception using the SCI (Serial Communication Interface) module of the SH7145F. It is intended to be used , performed using channel 1 (ch1) of the SCI module of the SH7145F. In this task example 3 bytes of serial data are received by the SH7145F. The communication format is 192,000 bps, 8-bit, one stop bit, and no , APPLICATION NOTE SH7145F Asynchronous Serial Data Reception Summary The SH7144 series is a , application. Device for Which Operation Has Been Confirmed SH7145F Contents 1. Specifications


Original
PDF SH7145F SH7144 SH7145F. REJ06B0356-0100O/Rev SH7145
2004 - SH7144

Abstract: SH7145 renesas label format
Text: transmission using the SCI (Serial Communication Interface) module of the SH7145F. It is intended to be used , using channel 0 (ch0) of the SCI module of the SH7145F. In this task example 3 bytes of serial data are , APPLICATION NOTE SH7145F Synchronous Serial Data Transmission Summary The SH7144 series is a , application. Device for Which Operation Has Been Confirmed SH7145F Contents 1. Specifications , . 13 REJ06B0352-0100O/Rev.1.00 March 2004 Page 1 of 16 SH7145F Synchronous Serial Data


Original
PDF SH7145F SH7144 SH7145F. REJ06B0352-0100O/Rev SH7145 renesas label format
2003 - 0C00

Abstract: No abstract text available
Text: SH7145F's I2C Bus interface. · The slave address of the connected EEPROM is [1010000], and data is , from EEPROM (HN58X2464, 64k bits, 8 words × 8 bits) using channel 0 of the SH7145F's I2C Bus interface , device ( SH7145F ) and a slave device (EEPROM) in a single-master configuration. · The I2C Bus data transfer clock frequency is 156 kHz. · The SH7145F operating frequencies are 40 MHz for the CPU clock and , SH7145F and EEPROM. VCC VCC VCC Master VCC SCL SCL0 SDA SDA0 VCC VSS Slave


Original
PDF SH7144/45 REJ05B0113-0100O/Rev 0C00
2004 - SH7145

Abstract: IPR12
Text: APPLICATION NOTE SH7145 Group Interrupt Level Setting and Modification by Interrupt Controller Introduction Interrupts of different levels are generated by specifying interrupt levels via the interrupt controller (INTC) of the SH7145F. Target Device SH7145F Contents 1. Specifications , generated by specifying interrupt levels via the interrupt controller (INTC) of the SH7145F. In this , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* */ :INTC(IRQ0,CMT0


Original
PDF SH7145 SH7145F. SH7145F REJ06B0387-0100Z/Rev IPR12
SH7144F

Abstract: No abstract text available
Text: 33* 3 GND 66 54 Note GND 23 70 59 I/O 11*2 /AUDSYNC 12 SH7144F SH7145F , / SH7144F SH7145F Output *1 Pin No. Pin No. Signal GND Notes: 1. Input to or output from the user , Connector (36 Pins) 3 Pin No. Signal Input/ Output* 1 SH7144F SH7145F Pin No. Pin No. 1 , /RES pin (SH7144F: pin 84, SH7145F : pin 108). Connect this signal to the H-UDI port connector as the , . Note that the processing of the DBGMD pin (SH7144F: pin 33, SH7145F : pin 42) differs depending on


Original
PDF SH7145F PE11/TIOC3D/RXD3 PE10/TIOC3C/TXD2 PE12/TIOC4A/TXD3 PD23/D23/IRQ7* PD22/D22/IRQ6* PD21/D21/IRQ5* PD20/D20/IRQ4* PD19/D19/IRQ3* PD18/D18/IRQ2* SH7144F
SH7144F

Abstract: No abstract text available
Text: /AUDSYNC 12 SH7144F SH7145F Pin No. Pin No. 21*2 /TRST 72 60 I/O Input/ Output *1 , Pin No. 19 Input/ SH7144F SH7145F Output *1 Pin No. Pin No. Signal GND Notes: 1 , SH7145F Pin No. Pin No. 1 TCK Input 89 143 2* 2 /TRST Input 86 139 3 , reset signal in the user system is input to the /RES pin (SH7144F: pin 84, SH7145F : pin 108). Connect , 33, SH7145F : pin 42) differs depending on whether or not the emulator is used. In addition, the


Original
PDF SH7145F PE11/TIOC3D/RXD3 PE10/TIOC3C/TXD2 PE12/TIOC4A/TXD3 PD23/D23/IRQ7* PD22/D22/IRQ6* PD21/D21/IRQ5* PD20/D20/IRQ4* PD19/D19/IRQ3* PD18/D18/IRQ2* SH7144F
2003 - pf5dr

Abstract: PE2D SH7144 SH7144F transistor BC 247 MSTP24
Text: examples of the use of the SH7144F Group's I2C Bus interface. The device used is assumed to be an SH7145F. , channel 0 of the SH7145F's I2C Bus interface. (2) The slave address of the connected EEPROM is [1010000 , . 53 3.1 SH7145F Register Definition File , */ /* Written : 2003/2/1 REV.2.1 */ /* Purpose : SH7145F vector table , Register Definition File The SH7145F register definition file is shown in Appendix 3.1, SH7145F Register


Original
PDF SH7144F 32-Bit SH7144 REJ05B0080-0100O pf5dr PE2D transistor BC 247 MSTP24
2004 - SH7145

Abstract: No abstract text available
Text: I2C bus (Inter IC Bus) interface through the use of DTC (Data Transfer Controller) of the SH7145F. The master device is the SH7145F , to which EEPROM is connected as a slave device. Target Device SH7145F Contents 1. 1.1 1.2 1.3 1.4 1.5 1.6 I2C Bus Single-Master Transmission in Combined , Transfer Controller (DTC) of the SH7145F. As shown in figure 1.1, the master device is the SH7145F , and , via an I2C bus (Inter IC Bus) in combined use with the Data Transfer Controller (DTC) of the SH7145F.


Original
PDF SH7145 SH7145F. SH7145F, SH7145F REJ06B0399-0100Z/Rev
2004 - SH7145

Abstract: GL3PR8
Text: time an interrupt occurs. Target Device SH7145F Contents 1. Specifications , by Sharp Corporation is used as LEDs. Figure 1 shows the connections between the SH7145F and LEDs , between SH7145F and LEDs Table 1 LED (GL3PR8) Absolute Maximum Ratings Permissible Power Emitting , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* */ :CMT0


Original
PDF SH7145 SH7145F REJ06B0388-0100Z/Rev GL3PR8
2004 - SH7145

Abstract: H8933 UBM-15
Text: assumed to be an SH7145F. Application example Specifications Principles of operation Description of , 1. Channel 0 of the SH7145F's I2C bus interface is used to write 10 bytes of data to EEPROM , ) Introduction This application note describes an example of application in which the I2C module of the SH7145F is used to read/write data from/to a two-wire serial (I2C bus) EEPROM. Target Device SH7145F , . 59 3.1 SH7145F Register Definition File


Original
PDF SH7145 SH7145F SH7145F REJ06B0400-0100Z/Rev H8933 UBM-15
2004 - 3D09

Abstract: SH7145
Text: APPLICATION NOTE SH7145 Group SCI Break Transmission Introduction This application note discusses break transmission during asynchronous communication using the SH7145F's SCI (Serial Communication Interface) module. Target Device SH7145F Contents 1. Specifications , (ch0) of the SH7145F's SCI. Transmission or reception of a break is only possible in asynchronous , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* :SCI0


Original
PDF SH7145 SH7145F SH7145F REJ06B0385-0100Z/Rev 3D09
2004 - SH7145

Abstract: PSTB
Text: APPLICATION NOTE SH7145 Group SCI Break Detection Introduction This application note discusses break detection during asynchronous communication using the SH7145F's SCI (Serial Communication Interface) module. Target Device SH7145F Contents 1. Specifications , ) of the SH7145F's SCI. Break detection is only possible in asynchronous communication. In the SH7145 , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* :SCI0 */ /* :Asynchronous Receive Mode


Original
PDF SH7145 SH7145F SH7145F REJ06B0384-0100Z/Rev PSTB
2004 - stepping motor japan servo

Abstract: "japan servo" japan servo co KP6P8-701 kp6p8 STEPPING MOTOR kp6p8 motor KP6P8-701 0x159C stepping motor driver japan servo stepping motor "japan servo"
Text: to PC15) of the SH7145F. In this sample task, control is through 1-2 phase excitation and the motor , sequence: forward rotation stop reverse rotation stop. Target Device SH7145F Contents 1 , the connections between the SH7145F and the stepping motor. SH7145F Motor driver PC15 A , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* */ :CMT0(Stepping motor


Original
PDF SH7145 SH7145F REJ06B0386-0100Z/Rev stepping motor japan servo "japan servo" japan servo co KP6P8-701 kp6p8 STEPPING MOTOR kp6p8 motor KP6P8-701 0x159C stepping motor driver japan servo stepping motor "japan servo"
2004 - SH7145

Abstract: No abstract text available
Text: APPLICATION NOTE SH7145 Group A/D Conversion in Single Mode Introduction A/D conversion (single mode) is performed on the signal on analog input channel 0 (AN0). The converted data is stored to RAM. Target Device SH7145F Contents 1. Specifications . 2 2. Description of Functions , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* */ :AD0(Single Mode


Original
PDF SH7145 SH7145F REJ06B0389-0100Z/Rev
2004 - SH7145

Abstract: addr3
Text: APPLICATION NOTE SH7145 Group A/D Conversion in Continuous Scan Mode Introduction A/D conversion (continuous scan mode) is performed three times on the signals on analog input channels 0 to 3 (AN0 to AN3). The converted data for each round of scan are stored to different areas in RAM. Target Device SH7145F Contents 1. Specifications , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* */ :AD0(Continuous Scan Mode


Original
PDF SH7145 SH7145F REJ06B0390-0100Z/Rev addr3
2004 - SH7145

Abstract: No abstract text available
Text: APPLICATION NOTE SH7145 Group A/D Conversion in Single-cycle Scan Mode Introduction The A/D converter of the SH7145 is used to perform A/D conversion in single-cycle scan mode. A/D conversion is performed three times using analog input channels 0 to 3 (AN0 to AN3), and the converted data are stored to RAM. Target Device SH7145F Contents 1. Specifications , /*/ /* SH7145F Application Note */ /* */ /* Function */ /* */ :AD0(1 Cycle Scan Mode


Original
PDF SH7145 SH7145F REJ06B0391-0100Z/Rev
Supplyframe Tracking Pixel