The Datasheet Archive

psd3xx datasheet (10)

Part Manufacturer Description Type PDF
PSD3XX STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXJ STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXL STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXM STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXR STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXRJ STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXRL STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXRM STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXRU STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF
PSD3XXU STMicroelectronics Low Cost Field Programmable Microcontroller Peripherals Original PDF

psd3xx Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1997 - WSI PSD312

Abstract: PSEN cs 3.1 80c31 interface PSD3xx 80C31 80c31 application 80C51 80C32 architecture of 8031 microcontroller PSD312
Text: signal to access program memory and the RD signal accesses the data memory. The PSD3XX's programmability , PSD3XX. As a result, the printed circuit board layout will not need to be changed for significant system , WSI Application Note 015, "Using Memory Paging with the PSD3XX". This 4-bit page register enables the , is connected directly to the reset pins on the 80C31 and PSD3XX. 2. Use two separate RC reset , pulse to the PSD3XX. The RC constant of the PSD3XX reset circuit should be less thant that of the 80C31


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PDF 80C31/80C51 80C51 80C51 WSI PSD312 PSEN cs 3.1 80c31 interface PSD3xx 80C31 80c31 application 80C32 architecture of 8031 microcontroller PSD312
Not Available

Abstract: No abstract text available
Text: Š WAF PSD3XX Family Operating Modes The PSD3XX†™s four operating modes enable it to , « lilA F PSD3XXFamily The PSD3XX fam ily integrates high performance user-configurable blocks , of the PSD3XX†™s separate program and data address spaces. Users of the 68HCXX m icrocontroller , 2Ö1 ■Ü I A F PSD3XX Family Table 3. PSD3XXPADA and PAD B Functions Function PAD A and , RESET This is an asynchronous input pin that clears and initializes the PSD3XX. Reset polarity is


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1997 - MC68300

Abstract: MC68331 CS10 MC68020 MC68330 PSD313 MC68332 MC68340 MC68HC16 PSD312
Text: Design (Cont.) Power Down Mode The PSD3XX's power down mode is particularly useful in a system which , the CSBOOT signal. The PSD3XX's are normally in power down mode except when CSBOOT is asserted. u , from the two PSD3XX design examples, the PSD3XX's are able to replace at least 6 ICs in the typical 16 , Programmable Peripheral Application Note 021 Interfacing The PSD3XX To The MC68HC16 and The MC68300 Family of Microcontrollers By Ching Lee Introduction The PSD3XX devices are


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PDF MC68HC16 MC68300 16-bit MC68HC16 32-bit PSD302 16-bit MC68331 CS10 MC68020 MC68330 PSD313 MC68332 MC68340 PSD312
1997 - 74ACT09

Abstract: 74act266 74ACT05 ACT05 80C552 80C31 68HC11A1E 68HC11 683XX HC11
Text: in the PSD3XX. Taking the voltage below this level will generally slow the device down to below its , must use to activate the CSI signal to awaken the PSD3XX. The way to correct this situation is to , disable the PSD3XX. The E signal oscillates at 1/4 the frequency of the HC11's input clock. If an 8 MHz , times and insure, if possible, that the PSD3XX's address map maps that address into a desired range of , active current consumed by the PSD3XX. In the default mode, or if the PSD3XX is configured without


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1997 - 8031 MICROCONTROLLER

Abstract: WSI MagicPro II Programmer 8031 MICROCONTROLLER architecture wsi magicpro ii WSI PSD312 PSDSoft PSD312 CS10 Magic*PRO II psd3xx
Text: find themselves able to use the PSD3XX. This application note uses an 80C31 system as a model. Even if , Programmable Peripheral Application Note 023 PSD3XX Family Programmable Microcontroller Peripheral Design Tutorial By Mark Elliott Introduction The PSD3XX family devices contain several , , Chip Selects, and logic functions. Some of the advantages of the PSD3XX family are: board space is , reduced. Design risk is also reduced because fewer traces are required on the PWB and the PSD3XX devices


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1997 - 40M1

Abstract: psd3xx katcher ad6 80C31 80196 MEMORY INTERFACE PSD302
Text: PSD3XX-Based Design By Don Buccini Introduction EPROM Emulation has become a relatively easy and , the socket and the System PSD3XX. A short cable is connected between the interface pins of the , Emulator PSD3XX. The level of integration and ease of programming of the PSD3XX allow these temporary , PSD3XX. The three Port C pins are configured for the Memory and I/O signals required by the specific , addresses which will be controlled by PB0 ­ PB1 in the Emulator PSD3XX. ES0 ­ ES7 are left blank in the


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1997 - psd3xx

Abstract: psd301 programming PSD302 WSI eprom Programming algorithm
Text: Programmable Peripheral Application Note 018 Security of Design in the PSD3XX By Oudi Moran Introduction The PSD3XX is a family of field programmable and UV erasable microcontroller peripherals that , logic. Any PSD3XX family member is a complete microcontroller peripheral solution with Memory (EPROM , microcontrollers are widely used. The PSD3XX , as the primary microcontroller peripheral, contains all the important code and architectural data that a potential competitor may want to copy. Since the PSD3XX is a


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M68230

Abstract: 68230p SC80C451 M68008 C34064 intel 8008 cpu
Text: up per bytes. This bu ffer is con trolled from the con figura tion section of the PSD3XX. W hen the , to con figure a com bined m em ory space in the PSD3XX. This is a useful feature for system s that , Programmable Peripheral Application Note 011 PSD3XX Device Description Contents Chapter 1 , .2-270 2-259 PSD3XX - Application Note 0 F ig u r e s ( C o itt .) 1 1 , . 2-302 2-260 Programmable Peripheral Application Note 011 PSD3XX Device Description


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PDF PSD301 M68230 68230p SC80C451 M68008 C34064 intel 8008 cpu
1997 - 74HC341

Abstract: M68HC11E1 M68HC711E9 M68HC711 68HC24 psd3xx 74hc34 bytek PSDSoft M68HC11
Text: 1-315 PSD3XX ­ Application Note 041 M68HC11 Expanded Mode Considerations (Cont.) In , Configuration with PSD311 and M68HC11 in Expanded Mode 68HC11 PSD3XX PC 0 ­7 AD0 ­7/A0 ­7 PB 0 ­7 , ­7 PSD3XX ­ Application Note 041 M68HC11 Expanded Mode Considerations (Cont.) In the , in the PSD311 PLD arrays. 1-317 PSD3XX ­ Application Note 041 Configuring The PSD311 With , / CSI 1-318 PSEN +5V PSD3XX ­ Application Note 041 Configuring The PSD311 With The


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PDF M68HC11 PSD311 PSD311R M68HC711 PSD311 74HC341 M68HC11E1 M68HC711E9 68HC24 psd3xx 74hc34 bytek PSDSoft
1997 - intel 80196 microcontroller

Abstract: intel 80196 microcontroller development board 6164 ram memory ram 6164 sram 6164 datasheet intel 6164 ram m6809 microprocessor 80286 internal architecture intel 80196 microcontroller pin diagram 80196 internal architecture diagram
Text: solution down to only two chips: a microcontroller and a PSD3XX. The alternative solution would be , complexity. For larger systems, multiple PSD3XX's can be configured. Due to its versatility and flexibility , of the PSD3XX. When the PSD3XX is configured to operate in word-wide mode, this buffer isolates the , from Port A through the PSD3XX. CSADOUT1­2 are used to control the multiplexed address and write data , Port C or B of one master PSD3XX. This is required for addressing a space greater than 1M. Finally


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PSD3xx

Abstract: intel 8098 PSD3XXL Waferscale Integration PSD301 CSB-CS10 B0C31 Waferscale Integration PSD303 PSD302 PSD301
Text: . References in this document to PSD3XX versions include any "Non-L" products (e.g., PSD3XX , PSD3XXR , PSD3XXM and PSD3XXRM ). References to PSD3XXR include any SRAM-less product ( PSD3XXR , PSD3XXRM , PSD3XXRL and PSD3XXRLM ). References to PSD3XXM include PSD3XXM , PSD3XXRM , PSD3XXLM , and PSD3XXRLM products. References to PSD3XXL include PSD3XXL , PSD3XXLM , PSD3XXRL and PSD3XXRLM products. PSD301 is a registered trademark of , excellent for general purpose applications □ PSD3XXR SRAMIess versions result in lower cost □ PSD3XXL


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PDF 000b4b4 PSD3xx intel 8098 PSD3XXL Waferscale Integration PSD301 CSB-CS10 B0C31 Waferscale Integration PSD303 PSD302 PSD301
1997 - intel 80196 microcontroller

Abstract: M68230 M68008 intel 80196 microcontroller pin diagram intel 80196 assembly language m6809 M6809 cpu 80196 microcontroller 6116 sram file type memory mapping 80C196 assembly language
Text: solution down to only two chips: a microcontroller and a PSD3XX. The alternative solution would be , complexity. For larger systems, multiple PSD3XX's can be configured. Due to its versatility and flexibility , of the PSD3XX. When the PSD3XX is configured to operate in word-wide mode, this buffer isolates the , from Port A through the PSD3XX. CSADOUT1­2 are used to control the multiplexed address and write data , Port C or B of one master PSD3XX. This is required for addressing a space greater than 1M. Finally


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1999 - transistor D313 circuit diagram application

Abstract: D313 pin configuration D313 Transistor pin out transistor D313 pin configuration transistor D313 data sheet WAFERSCALE INTEGRATION transistor D313 D313 equivalent D313 Pin diagram PSD3xx
Text: PSD8XXF is twice as large as the optional one within the PSD3XX. · The PSD8XXF offers registered logic , The New Flash PSD3XX Introducing the EasyFLASHª PSD8XXF Family Application Note 59 By Dan Harris , , CA (800) 832-6974 Ñ www.waferscale.com 1 June 1, 1999ÑREV 2.0 The New Flash PSD3XX , (800) 832-6974 Ñ www.waferscale.com 2 1 Introduction Does a Flash PSD3XX with the , surveyed the customer base and saw a great need for a Flash PSD3XX type device. As we talked to different


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1997 - CD6116

Abstract: SRAM 6116 intel 6116 80C31 AD10 AD11 AD12 psd3xx 80c31s
Text: system. The following application note explains the implementation of the PSD3XX's "TRACK MODE" using , in Master/Slave Configurations In this configuration two PSD3XX's are used with two Intel , processor remains HIGH which tri-states the slave processor's PSD3XX's port B and enables the master processor's PSD3XX's port B control to the `373 latch and the SRAM (CD6116). Please refer to the schematic , details. The CD6116 is a 2K x 8 SRAM and the PSD3XX's port A address lines (A0­A7) are connected to the


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PDF ala13 CD6116 SRAM 6116 intel 6116 80C31 AD10 AD11 AD12 psd3xx 80c31s
1997 - psd3xx

Abstract: 80C196 27C256 wsi 683XX 74AC373 74AC374 AD10 AD11 AD12 AD14
Text: based, enables designers to configure the PSD3XX. Some of the computer screen configuration displays , be split into two files, one for the even bank PSD3XX and one for the odd bank PSD3XX. 1-187 , decode equations for the EPROM, SRAM and I/O ports of the odd bank PSD3XX. Notice that A19, A17 and A16 , Programmable Peripheral Application Note 020 Benefits of 16-Bit Design with PSD3XX By Ching Lee , introduction of the PSD3XX family of field programmable microcontroller peripherals from WSI, there is no


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PDF 16-Bit 80C196 683XX 16-bit psd3xx 27C256 wsi 74AC373 74AC374 AD10 AD11 AD12 AD14
zilog z80

Abstract: 2Mbit EPROM 35a012 B0C31
Text: "Non-L" products (e.g., PSD3XX , PSD3XXR , PSD3XXM and PSD3XXRM ). References to PSD3XXR include any SRAM-less product ( PSD3XXR , PSD3XXRM , PSD3XXRL and PSD3XXRLM ). References to PSD3XXM include PSD3XXM , PSD3XXRM , PSD3XXLM , and PSD3XXRLM products. References to PSD3XXL include PSD3XXL , PSD3XXLM , PSD3XXRL and , an IBM PC PSD3XX standard versions are excellent for general purpose applications PSD3XXR SRAMIess , mask-programmable PSD3XXM ordering procedure. PSD3XXL low-power versions operate down to 3.0 volts and feature


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1997 - 80196 addition programs

Abstract: 80196 sample programs psd3xx psd301 programming PSD301 CS10 80C31 68HC11 Z80 mapped techniques WR 138
Text: PSD3XX. This enables the user to program them as necessary for the system design. The PAD provides a , generates the outputs which are used to select the PSD3XX's eight EPROM blocks, the SRAM block, the I/O , chip selects provided by Port B and Port C of the PSD3XX. Thus, the page register bits may be combined , PSD3XX. When this is done, the use of the page register becomes transparent to the user. The attached , Programmable Peripheral Application Note 015 Using Memory Paging with the PSD3XX By Jeff Miller


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PDF PSD301, PSD301 PSD302, PSD312, PSD303 PSD313 80196 addition programs 80196 sample programs psd3xx psd301 programming CS10 80C31 68HC11 Z80 mapped techniques WR 138
2002 - psd3xx

Abstract: PA510 WSI PSD312-b psd3xxl TQFP44 PSD311R PSD302R PSD301R PQFP44 CS10
Text: for general-purpose embedded control applications. PSD3XXR SRAM-less version of the PSD3XX. If you , PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Field Programmable Microcontroller , PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Microcontroller Peripherals Table of , .34 PSD3XX Family PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Microcontroller , SRAM-less version of the ZPSD3XXV. Throughout this data sheet, references are made to the PSD3XX. In most


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PDF PLDCC44 CLDCC44 PQFP44 TQFP44 psd3xx PA510 WSI PSD312-b psd3xxl TQFP44 PSD311R PSD302R PSD301R PQFP44 CS10
2001 - WSI PSD312-b

Abstract: PSD312-B-70J WSI PSD311-B-15J PSD302-B-70J PSD312-B-15J zpsd312b90ji PSD301-B-15J
Text: general-purpose embedded control applications. PSD3XXR SRAM-less version of the PSD3XX. If you don't require the , require logic will be taken care of by the PSD3XXR. 11.3 Page Register (Optional) All PSD3XX parts , PSD3XX Family PSD3XX PSD3XXR ZPSD3XX ZPSD3XXV ZPSD3XXR ZPSD3XXRV Low Cost Microcontroller , Menu PSD3XX Family PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Microcontroller , .34 11 12 13 14 15 16 17 i PSD3XX Family PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR


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PDF 800-TEAM-WSI WSI PSD312-b PSD312-B-70J WSI PSD311-B-15J PSD302-B-70J PSD312-B-15J zpsd312b90ji PSD301-B-15J
2002 - psd3xx

Abstract: WSI PSD312-b 80C31-12 INTEL PSD312-B-15J PSD302-B-90JI PSD311-B-70J WSI PSD312-B-90JI PSD311-B-15J 74LS373 Decoder PSD302-B-70L
Text: PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Field Programmable Microcontroller , let o so Ob - ro P s) t( PSD3XX Family PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR , PSD3XX. If you don't require the 16 Kb SRAM or need a larger external SRAM, go with this part to save , this data sheet, references are made to the PSD3XX. In most cases, these references also cover the , versions: du o Pr e let o bs O Reference PSD3XX PSD3XXR ZPSD3XX ZPSD3XXR


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PDF PLDCC44 CLDCC44 PQFP44 TQFP44 psd3xx WSI PSD312-b 80C31-12 INTEL PSD312-B-15J PSD302-B-90JI PSD311-B-70J WSI PSD312-B-90JI PSD311-B-15J 74LS373 Decoder PSD302-B-70L
2002 - ZPSD301B-90JI

Abstract: STMicroelectronics date code format ZPSD302B-90JI PSD312-B-15J 80C18 PLD Programming Information ZPSD301V-B-25J
Text: applications. ZPSD3XXRV SRAM-less version of the ZPSD3XXV. PSD3XXR SRAM-less version of the PSD3XX. If you , PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Field Programmable Microcontroller Peripherals FEATURES SUMMARY s Single Supply Voltage: ­ 5 V±10% for PSD3xx , ZPSD3xx, PSD3xxR , ZPSD3xxR ­ 2.7 , Family PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Microcontroller Peripherals Table of , Family PSD3XX ZPSD3XX ZPSD3XXV PSD3XXR ZPSD3XXR ZPSD3XXRV Low Cost Microcontroller Peripherals Table of


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PDF PLDCC44 CLDCC44 PQFP44 TQFP44 ZPSD301B-90JI STMicroelectronics date code format ZPSD302B-90JI PSD312-B-15J 80C18 PLD Programming Information ZPSD301V-B-25J
psd301-12l

Abstract: PSD302-20XMB PSD312-12J PSD311-20J psd312-12l PSD311-20JI PSD312-12-UI wsi magicpro ii PSD312-20J PSD301-15L
Text: icrocontroller fam ily can take full advantage of the PSD3XX's separate program and data address spaces. Users of , PSD3XX's four operating modes enable it to interface directly to 8- and 16-bit m icrocontrollers with , PSD3XX. Reset polarity is programm able (active low or active high). W henever the PSD3XX reset input is , Programmable Peripheral PSD3XX Family Field-Programmable Microcontroller Peripheral Preliminary , PSD3XX Configuration and PAD Decoding Available in a Variety of Packaging - Built-in address latches


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PDF 44-pin 52-pin IL-STD-883C IL-STD-883C psd301-12l PSD302-20XMB PSD312-12J PSD311-20J psd312-12l PSD311-20JI PSD312-12-UI wsi magicpro ii PSD312-20J PSD301-15L
74act191

Abstract: No abstract text available
Text: family of PSD3XXs does not keep the EPROM enabled at all times. PSD3XX - Application Note 016 CMOS , allowable supply voltage. This voltage is 4.5V in the PSD3XX. Taking the voltage below this level will , signal to awaken the PSD3XX. The way to correct this situation is to design a circuit which detects when , Figure 2 used the E signal from the controller to disable the PSD3XX. The E signal oscillates at 1/4 the , typical power requirements of the PSD3XX. Before we can begin, we must know what the base power of the


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WSI algorithm D

Abstract: WSI PSD PSD302
Text: Application Note 018 By Oudi Moran Programmable Peripheral Security of Design in the PSD3XX Since the PSD3XX is a field program m able device, its contents m ay be read by an I.e. program m er , and configuration data of the PSD3XX to fall into the hands of a com petitor. To prevent this, the PSD3XX device im plem ents a security "fuse" or program m able bit feature to protect its contents from , port config uration sections of a secured PSD3XX device is disabled by the security bit (if turned ON).


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1997 - 74C922

Abstract: MRK016CD2300 PSD311 psd3xx memory mapping of motorola 68HC11 key encoder 74c922 psd301 programming CENTRALAB bytek C101
Text: accommodate future design revisions without the need for board relayout. The PSD3XX family from WSI, Inc , be re-configured for other applications using the same core design. Also, the PSD3XX product family , 11 12 13 14 5 4 6 2 3 1 PSD3XX ­ Application Note 019 PSD3XX ­ Application Note , . CONTROL SIGNALS MUX or NON­MUX BUSSES SECURITY MODE POWER DOWN A19/CSI 1-155 PSD3XX ­ , a PIA. 1-156 PSD3XX ­ Application Note 019 Interfacing To The PSD311 Figure 3


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PDF PSD311 68HC11 74C922 MRK016CD2300 psd3xx memory mapping of motorola 68HC11 key encoder 74c922 psd301 programming CENTRALAB bytek C101
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