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PMP2740 PMP2740 ECAD Model Texas Instruments multiple bucks w/ TPS54331
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68hc11 multiple byte transfer using spi Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1995 - 68hc11 multiple byte transfer using spi

Abstract: H17190 intel 8051 and 68HC11 AN9527 Harris Semiconductor h17190 instruction set microcontroller 68HC11 weigh scale calibration program microcontroller 8051 medical APPLICATION intel 8051 SSR T 9527
Text: Table 1 for the number of bytes to transfer in the Data Cycle. TABLE 1. MULTIPLE BYTE ACCESS BITS MB1 MB0 DESCRIPTION 0 0 Transfer 1 Byte 0 1 Transfer 2 Bytes 1 0 Transfer 3 , initiates transmission/reception of a byte . The SPI port on the microcontroller is configured using the , . During the first phase of a transfer an instruction byte must be written to the device. The instruction , first and ascending byte mode. Ascending byte mode will sequence through multiple bytes from least


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PDF AN9527 HI7190 10MHz 24-bit 1-800-4-HARRIS 68hc11 multiple byte transfer using spi H17190 intel 8051 and 68HC11 AN9527 Harris Semiconductor h17190 instruction set microcontroller 68HC11 weigh scale calibration program microcontroller 8051 medical APPLICATION intel 8051 SSR T 9527
1999 - 68hc11 multiple byte transfer using spi

Abstract: microcontroller 8051 medical APPLICATION 001H 68HC11 8X51 AN9527 HI7190 intel 8051 and 68HC11 instruction set microcontroller 68HC11 motorola 8051
Text: Application Note 9527 TABLE 1. MULTIPLE BYTE ACCESS BITS MB1 MB0 DESCRIPTION 0 0 Transfer 1 , initiates transmission/reception of a byte . The SPI port on the microcontroller is configured using the , compatible with most synchronous transfer formats including the Motorola 6805/11 series SPI and Intel 8051 , transfer an instruction byte must be written to the device. The instruction byte contains the internal , be accessed following the instruction byte load. See Table 1 for the number of bytes to transfer in


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PDF HI7190 AN9527 10MHz 24-bit 68hc11 multiple byte transfer using spi microcontroller 8051 medical APPLICATION 001H 68HC11 8X51 AN9527 intel 8051 and 68HC11 instruction set microcontroller 68HC11 motorola 8051
1997 - 68hc11 multiple byte transfer using spi

Abstract: X25Fxxx 68HC11A8 Application Note AN773 X25F008 X25F016 X25F064 1N4148 68HC11 AN77
Text: Motorola 68HC11 Microcontroller SPI Port by Ray Kahidi, October 1995 This application note demonstrates how the Xicor X25Fxxx family of SerialFlash memories can be interfaced to the 68HC11 microcontroller , is used to interface the 68HC11 to Xicor's SPI SerialFlash * memory(X25Fxxx). The Serial Peripheral Interface Port ( SPI ) of the 68HC11 * is configured to operate at 1MHz based on an 8MHz external system , shifts out a byte , MSB first, through the * SPI port to the SerialFlash memory. * Calls: None


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PDF X25F008/016/032/064 68HC11 X25Fxxx AN77-8 68hc11 multiple byte transfer using spi 68HC11A8 Application Note AN773 X25F008 X25F016 X25F064 1N4148 AN77
1996 - instruction set microcontroller 68HC11

Abstract: 68hc11 multiple byte transfer using spi AN9610 HI7188 weigh scale calibration program 001H 007H 68HC11 8X51 spi interfacing to 8051
Text: specific sequence must be satisfied. During the first phase of a transfer an instruction byte must be , multiple bytes from least significant byte to most significant byte . The HI7188 expects data to be valid , to the SPI Bus Protocol The Serial Peripheral Interface ( SPI Bus) is a serial bus using a 3 , determines if the 68HC11 microcontroller is a Master or Slave on the SPI Bus. The OCAL_DN module checks , microcontroller initiates transmission/reception of a byte . The SPI port on the microcontroller is configured


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PDF AN9610 HI7188 HI7188 HI7188. 16-bit instruction set microcontroller 68HC11 68hc11 multiple byte transfer using spi AN9610 weigh scale calibration program 001H 007H 68HC11 8X51 spi interfacing to 8051
1999 - 68hc11 multiple byte transfer using spi

Abstract: data transfer instruction of 68HC11 weigh scale calibration program 001H 007H 68HC11 8X51 AN9610 HI7188 instruction set microcontroller 68HC11
Text: initiates transmission/reception of a byte . The SPI port on the microcontroller is configured using the , . During the first phase of a transfer an instruction byte must be written to the device. The instruction byte provides the HI7188 with information regarding the data transfer in phase 2 of the communication , . Ascending byte mode will sequence through multiple bytes from least significant byte to most significant , Protocol The Serial Peripheral Interface ( SPI Bus) is a serial bus using a 3-wire hardware interface. The


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PDF HI7188 AN9610 16-bit semiconductor24 68hc11 multiple byte transfer using spi data transfer instruction of 68HC11 weigh scale calibration program 001H 007H 68HC11 8X51 AN9610 instruction set microcontroller 68HC11
2002 - 68hc11 multiple byte transfer using spi

Abstract: VHDL code for slave SPI with FPGA 68HC11 DS210 M68HC11 MC68HC11 baud rate generator vhdl vhdl code for spi
Text: end of a SPI byte transfer by a one-clock period strobe to the interrupt register. With FIFOs, this bit is set at the end of the SPI byte transfer when the transmit FIFO is emptied by a one-clock , Register Full interrupt. Without FIFOs, this bit is set at the end of a SPI byte transfer by a one-clock , differences from the 68HC11 specification that should be reviewed when utilizing this SPI Assembly, see , Peripheral Interface ( SPI ) output is toggled automatically with each 8-bit character transfer by the


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PDF DS210 M68HC11-Rev. M68HC11 Periph8260 68hc11 multiple byte transfer using spi VHDL code for slave SPI with FPGA 68HC11 DS210 MC68HC11 baud rate generator vhdl vhdl code for spi
93c66

Abstract: 68HC11 80
Text: ¡Disable write and erase The 68HC11 interfaces to the NM93C66A by using 3 lines from the SPI port and a , when utilizing the SPI port. The "master" mode sets the microcontroller to orchestrate data transfer to , dependent on the memory density. Stan dard MICROWIRE is organized in 16-bit words. To provide the SPI byte , changing the configuration of the SPI port when receiving or transmitting data. DATA TRANSFER The new , MHz versus MICROWIRE's 1 MHz clock. The SPI communication protocol is broken down into byte size


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PDF NM93C66 68HC11. 93c66 68HC11 80
1996 - Characteristic curve BC107

Abstract: BC107 plastic transistor BC107 pin diagram equivalent component of transistor BC107 bc107 connections Transistor BC107 Transistor BC107 PLASTIC PACKAGE bc107 curves bipolar transistor bc107 BC107 equivalent
Text: LDAA 0,X Get BYTE to transfer via SPI . STAA SPDR Write to DIN register to start transfer , second byte . CPX #DIN 2+1 16 bits transferred? BNE TRANSFER If not transfer second BYTE , External Reference Capability Individual DAC Power Down Function Three-Wire Serial Interface SPI and , SPI , and microwire interface standards. The serial input register is sixteen bits wide, 8 bits act , passing through the endpoints of the DAC transfer function. A Graphical representation of the transfer


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PDF AD7303 AD7303 Characteristic curve BC107 BC107 plastic transistor BC107 pin diagram equivalent component of transistor BC107 bc107 connections Transistor BC107 Transistor BC107 PLASTIC PACKAGE bc107 curves bipolar transistor bc107 BC107 equivalent
1997 - 8 to 32 decoder

Abstract: Characteristic curve BC107 Transistor BC107 motorola AD7303 AD7303BN AD7303BR AD7303BRM PBA transistor
Text: . BCLR PORTC,Y $80 Assert SYNC. LDAA 0,X Get BYTE to transfer via SPI . STAA SPDR , . Window Detector Using AD7303 Decoding Multiple AD7303 Programmable Current Source The SYNC pin , counter for transfer of second byte . CPX #DIN 2+1 16 bits transferred? BNE TRANSFER If not, transfer second BYTE . PORTC,Y $80 Bring SYNC back high. *Execute instruction BSET PULA , rates up to 30 MHz, and is compatible with QSPI, SPI , microwire and digital signal processor interface


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PDF AD7303 8 to 32 decoder Characteristic curve BC107 Transistor BC107 motorola AD7303 AD7303BN AD7303BR AD7303BRM PBA transistor
1997 - data transfer instruction of 68HC11

Abstract: motorola 68hc11a8 full data sheet motorola 68hc11a8 full 68HC11 download 00FF 68HC11 68HC11A8 AN37 X25C02 pd554
Text: microcontroller using the SPI port Xicor, Inc. · 1511 Buckeye Drive · Milpitas, CA 95035 · (408) 432-8888 AN37 , THE 68HC11 MICROCONTROLLER * * THE INTERFACE USES THREE SPI LINES ON THE 68HC11 (SCK, MISO , * * POLLING THE SPIF BIT IN THE SPI CONTROL REGISTER. ONCE THE TRANSFER * * HAS COMPLETED THE DATA SENT BACK , TRANSFER READ BYTE SENT BACK * * BRING CE HIGH * * CEHIGH: BSET , Application Note AN37 Interfacing the X25C02/020/040 to the Motorola 68HC11 Microcontroller


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PDF X25C02/020/040 68HC11 X25C02 AN37-4 data transfer instruction of 68HC11 motorola 68hc11a8 full data sheet motorola 68hc11a8 full 68HC11 download 00FF 68HC11 68HC11A8 AN37 pd554
Not Available

Abstract: No abstract text available
Text: Get BYTE to transfer via SPI . STAA TRANSFER #$00 STAA SPDR Write to DIN register to , Opto-isolated Interface Figure 34. W indow Detector Using AD7303 Decoding Multiple AD7303 The SYNC pin on , state when the status register is read. INX Increment counter for transfer of second byte . CPX #DIN 2+1 16 bits transferred? BNE TRANSFER If not, transfer second BYTE . PORTC,Y $80 , 30 MHz, and is compatible with QSPI, SPI , microwire and digital signal processor interface standards


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PDF AD7303
1997 - AN362

Abstract: an363 motorola 68hc11 data transfer instruction of 68HC11 24c44v AN-364 00FF 68HC11 AN36 X24C44
Text: X24C44 to a 68HC11 microcontroller using the SPI Port Xicor, Inc. · 1511 Buckeye Drive · Milpitas, CA , Application Note AN36 Interfacing the X24C44/45 to the Motorola 68HC11 Microcontroller using , * * THIS CODE IS DESIGNED TO DEMONSTRATE HOW THE X24C44 COULD BE INTERFACED TO* * THE SPI PORT OF A 68HC11 MICROCONTROLLER. THREE OF THE FOUR SPI PINS ARE * * USED AS DEFINED IN THE SPI PROTOCOL. SCK ON THE 68HC11 IS , * * POLLING THE SPIF BIT IN THE SPI CONTROL REGISTER. ONCE THE TRANSFER * * HAS COMPLETED THE DATA SENT BACK


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PDF X24C44/45 68HC11 X24C44 AN36-4 AN362 an363 motorola 68hc11 data transfer instruction of 68HC11 24c44v AN-364 00FF AN36
1998 - 93C66 WP

Abstract: f 93c66 93c66 6 98C66 NM93C66 98C6 93C66 25C04 68HC11 AN-1012
Text: byte * * * * The 68HC11 interfaces to the NM93C66A by using 3 lines from the SPI * * port and a , in 16-bit words. To provide the SPI byte size data transfer protocol, three to five bits of , . 68HC11 NM93C66 FIGURE 2. NM93C66 to HC11 Connections The HC11 SPI port has three lines that , , neither of the EEPROMs offer a connection advantage. DATA TRANSFER Development of SPI compatibility , MHz versus MICROWIRE's 1 MHz clock. The SPI communication protocol is broken down into byte size


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PDF AN-1012 93C66 93C66 WP f 93c66 93c66 6 98C66 NM93C66 98C6 25C04 68HC11 AN-1012
1998 - spi master 68hc11

Abstract: AB-130 DAC714 102F 68HC11
Text: * * [function] * WriteByte * [purpose] * Writes a single byte to the SPI port, waits until transfer is * finished * [parameters] * ACCA: byte to write * [returns] *WriteByte staa SPDR ; write data to spi , . Figure 3 is a sample program using a setup with a single DAC714 controlled by a Motorola 68HC11 . This , #REG_BASE ldad #0 std DacData Loop bclr * Write Data using the SPI interface ldaa jsr ldaa jsr , ® INTERFACING THE DAC714 TO MICRO-CONTROLLERS VIA SPI 1 By Gebhard Haug The DAC714 is a


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PDF DAC714 16-bit Write10 Write10 68HC11 spi master 68hc11 AB-130 102F
1997 - 93C66 national semiconductor

Abstract: 25C04 68HC11 AN-1012 HC11 MC68HC11 NM25C04 NM93C66 instruction set microcontroller 68HC11 Microwire EEPROM
Text: a byte * * * * The 68HC11 interfaces to the NM93C66A by using 3 lines from the SPI * port , . Standard MICROWIRE is organized in 16-bit words. To provide the SPI byte size data transfer protocol, three , HC11 SPI port. The HC11 SPI port has three lines that control data transfer and one extra general , advantage. DATA TRANSFER The new SPI EEPROMs are specifically designed to interface with the SPI port , down into byte size sequences containing instruction, address and data transfer information


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PDF AN012513-1 NM25C04 Co0-530 an012513 93C66 national semiconductor 25C04 68HC11 AN-1012 HC11 MC68HC11 NM93C66 instruction set microcontroller 68HC11 Microwire EEPROM
1995 - 93C66 national semiconductor

Abstract: 98C66 93C66 25C04 68HC11 AN-1012 C1995 HC11 MC68HC11 NM25C04
Text: * * * * The 68HC11 interfaces to the NM93C66A by using 3 lines from the SPI * * port and a general purpose I , the EEPROMs offer a connection advantage DATA TRANSFER The new SPI EEPROMs are specifically , The SPI communication protocol is broken down into byte size sequences containing instruction address , the memory density Standard MICROWIRE is organized in 16-bit words To provide the SPI byte size data , standard MICROWIRE family is organized in a 16-bit (word wide) manner SPI is an 8-bit ( byte wide


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1997 - equivalent transistor bc107

Abstract: Transistor BC107 motorola AD7303 AD7303BN AD7303BR AD7303BRM 8 to 32 decoder
Text: 0,X Get BYTE to transfer via SPI . STAA SPDR Write to DIN register to start transfer , . Window Detector Using AD7303 Decoding Multiple AD7303 Programmable Current Source The SYNC pin , read. * * TRANSFER * WAIT * INX Increment counter for transfer of second byte . CPX #DIN 2+1 16 bits transferred? BNE TRANSFER If not, transfer second BYTE . PORTC,Y $80 , rates up to 30 MHz, and is compatible with QSPI, SPI , microwire and digital signal processor interface


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PDF AD7303 equivalent transistor bc107 Transistor BC107 motorola AD7303 AD7303BN AD7303BR AD7303BRM 8 to 32 decoder
6805L3

Abstract: MC6805L3 ANE405 CG-03 e722 18A700 C055 A709 B721 18ce0001
Text: Data Transfer between MC68HC11 and MC6805L3 using SPI by Richard Soja, Motorola, BKB INTRODUCTION , l data tra n sfer BETWEEN 6805L3 6 68HC11 USING SPI . HC11 is clo ck master. 0000 0003 000H 0007 , were made to slow down or stop its clock during transfer of a byte , there would be a resultant loss of , directional data transfer is slightly different, due to the differences in their SPI silicon implementation , , and ready to transfer a new byte of data. The most significant bit of data appears first, on the


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PDF byANE406/D ANE405 MC68HC11 MC6805L3 ANE405/D 6805L3 ANE405 CG-03 e722 18A700 C055 A709 B721 18ce0001
1997 - Not Available

Abstract: No abstract text available
Text: chip registers. BCLR PORTC,Y $80 Assert SYNC. LDAA 0,X Get BYTE to transfer via SPI , Detector Using AD7303 Decoding Multiple AD7303 Programmable Current Source The SYNC pin on the , Increment counter for transfer of second byte . CPX #DIN 2+1 16 bits transferred? BNE TRANSFER If not, transfer second BYTE . PORTC,Y $80 Bring SYNC back high. *Execute instruction BSET , at clock rates up to 30 MHz, and is compatible with QSPI, SPI , microwire and digital signal


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PDF AD7303
1997 - C2224

Abstract: 8 to 32 decoder
Text: SPDR Assert SYNC. Get BYTE to transfer via SPI . Write to DIN register to start transfer . #DIN1 #$1000 , Opto-Isolated Interface Decoding Multiple AD7303 Figure 34. Window Detector Using AD7303 Programmable , Increment counter for transfer of second byte . 16 bits transferred? If not, transfer second BYTE . SPSR WAIT , , SPI , microwire and digital signal processor interface standards. The serial input register is sixteen , an 8-pin plastic dual in-line package, 8-lead SOIC and microSOIC packages. QSPI and SPI are


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PDF AD7303 C2224 8 to 32 decoder
2000 - DAC714

Abstract: motorola 68hc11 applications note 102F 68HC11 AB-130
Text: * * [function] * WriteByte * [purpose] * Writes a single byte to the SPI port, waits until transfer is * finished * [parameters] * ACCA: byte to write * [returns] *WriteByte staa SPDR ; write data to spi , . Figure 3 is a sample program using a setup with a single DAC714 controlled by a Motorola 68HC11 . This , #REG_BASE ldad #0 std DacData Loop bclr * Write Data using the SPI interface ldaa jsr ldaa jsr , ® INTERFACING THE DAC714 TO MICRO-CONTROLLERS VIA SPI 1 By Gebhard Haug The DAC714 is a


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PDF DAC714 16-bit motorola 68hc11 applications note 102F 68HC11 AB-130
1995 - MC68HC11 interface board block diagram

Abstract: SPI EEPROM code flow diagram MC68HC11 interface board MC68HC11 instruction set microcontroller 68HC11 MC68HC11 interface board hardware NM93Cxx 68HC11 tl 0001 C1995
Text: byte as the SPI interrupts the main program when the previous byte is complete This necessitates that , transfer is complete the SPI interrupts the microcontroller and the interrupt service routine sends the , then waits for the SPI to acknowledge that it has completed sending that byte of the command message , appropriate) The next byte in the transmit buffer is then sent out the routine waits for the SPI to , MICROWIRETM commands This application note presents and explains assembly code for Motorola's 68HC11


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PDF NM93CSxx 68HC11 MC68HC11 interface board block diagram SPI EEPROM code flow diagram MC68HC11 interface board MC68HC11 instruction set microcontroller 68HC11 MC68HC11 interface board hardware NM93Cxx tl 0001 C1995
1997 - B688

Abstract: transistor b688 b649 B628 b688 transistor b643 - R B667 transistor B633 transistor b643 b673 power transistor
Text: 68HC11 microcontroller. ;* The interface uses the three SPI lines (SCK,MOSI and MISO) on ;* the 68HC11 , SEND BYTE ROUTINE ; LDAA #$30 ;GIVE THE SPI DEVICE TIME TO SET WIP LOOP DECA ;DECREMENT , ;* ;* THIS ROUTINE SENDS A BYTE OUT TO THE SPI PART. THEN IT READS WHAT IS SENT ;* BACK ON THE DO PIN. DATA , M AN646 Interfacing Motorola 68HC11 to Microchip SPITM Serial EEPROMS communication. Serial , broad, and because of this, different microcontrollers are used to interface to SPI Serial EEPROMs


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PDF AN646 68HC11 68HC11. D-81739 B688 transistor b688 b649 B628 b688 transistor b643 - R B667 transistor B633 transistor b643 b673 power transistor
2005 - 68HC11

Abstract: AN1141 M68HC11 X5163 X5168 X5323 X5328 X5643 X5648
Text: CPU SUPERVISORS TO THE 68HC11 MICROCONTROLLER USING THE SPI PORT 1 CAUTION: These devices are , Using the Intersil X5163, X5323, X5643 CPU Supervisors with the 68HC11 Microcontroller , 's CPU Supervisors with EEPROM can be interfaced to the 68HC11 microcontroller when connected as shown in Figure 1. The circuit uses the 68HC11 's built-in SPI port with the PD4/SCK pin connected to the , CPU Supervisors operate at 2MHz, so the 68HC11 can operate the SPI port at the maximum speed. This


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PDF X5163, X5323, X5643 68HC11 AN1141 68HC11 M68HC11 X5163 X5168 X5323 X5328 X5648
1999 - 68HC11

Abstract: AN111 X5163 X5168 X5323 X5328 X5643 X5648 68HC11 80
Text: Xicor CPU Supervisors to the 68HC11 Microcontroller using the SPI Port AN111-1 Xicor Application , Application Note AN111 Using the Xicor X5163/X5323/X5643 CPU Supervisors with the 68HC11 , 's CPU Supervisors with EEPROM can be interfaced to the 68HC11 microcontroller when connected as shown in Figure 1. The circuit uses the 68HC11 's built-in SPI port with the PD4/SCK pin connected to the , CPU Supervisors operate at 2MHz, so the 68HC11 can operate the SPI port at the maximum speed. This


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PDF AN111 X5163/X5323/X5643 68HC11 68HC11 AN111 X5163 X5168 X5323 X5328 X5643 X5648 68HC11 80
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