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Catalog Datasheet	MFG & Type	PDF	Document Tags
AN697 Abstract: NS32GX320 C1995 ADB 351 AN-697 national Text: National Semiconductor Application Note 697 Varda Karpati July 1990 INTRODUCTION This application note describes the Bus Fairness Mechanism in the NS32GX320 High-Performance 32-bit Embedded System Processor The NS32GX320 is composed of a 32-bit CPU 2-channel Direct Memory Access Controller	Original	PDF	NS32GX320 32-bit 16-bit 20-3A AN697 C1995 ADB 351 AN-697 national
lic policy Abstract: NS32GX320 AN-608 AN-763 C1995 an-608 national AN-763 national NS32GX32 Text: National Semiconductor Application Note 763 Zeev Bikowsky March 1991 INTRODUCTION Many one-chip microcontrollers have an on-chip internal RAM typically 128–256 bytes Internal RAM reduces the time and bus load to access an external memory The NS32GX320 has a 1 024 byte Data Cache and a 512 byte	Original	PDF	NS32GX320 20-3A lic policy AN-608 AN-763 C1995 an-608 national AN-763 national NS32GX32
how timer Abstract: C1995 NS32GX320 ee110 EE-1100 AN-704 national Text: National Semiconductor Application Note 704 Zeev Bikowsky August 1990 1 0 INTRODUCTION The NS32GX320 contains a set of three programmable timers Each timer can operate in one of three optional modes The NS32GX320 timers are very important for real time application Integrating them on-chip reduces the chip count in	Original	PDF	NS32GX320 20-3A how timer C1995 ee110 EE-1100 AN-704 national
ovf10 Abstract: OVF12 NS32GX320 AN-720 C1995 C000-FFFF 7000-7FFF an-720 national Text: National Semiconductor Application Note 720 Yair Hadas August 1990 1 0 INTRODUCTION This application note describes how to handle overflow occurrence in the CMACD Complex Multiply and Accumulate Double instruction in the NS32GX320 It includes a description of cases in which overflow occurs in the CMACD instruction and provides examples of these cases	Original	PDF	NS32GX320 20-3A ovf10 OVF12 AN-720 C1995 C000-FFFF 7000-7FFF an-720 national
AN-864 Abstract: C1995 DP8440 DP8441 NS32GX320 Text: National Semiconductor Application Note 864 Atilio Canessa May 1993 INTRODUCTION This application note assumes that the reader is familiar with the modes of operation of the DP8441 DRAM controller and the NS32GX320 microprocessor The nature of this application note is to give the system engineer an idea of a	Original	PDF	DP8441 NS32GX320 20-3A AN-864 C1995 DP8440
an6961 Abstract: haf0 NS32GX320 AN-6961 C1995 AN696 AN-696 national Text: INTRODUCTION The NS32GX320 contains a set of three programmable timers Each timer can operate in one of three optional modes The NS32GX320 timers are very important for real time application Integrating them on-chip reduces the chip count in the user board	Original	PDF	NS32GX320 20-3A an6961 haf0 AN-6961 C1995 AN696 AN-696 national
NS32GX320 Abstract: timer t3 an-722 national NS32CG160 Text: 1 0 INTRODUCTION This Application Note describes how to use the NS32GX320 High-Performance Integrated Processor in a system with up to 4 interrupt levels without having to use an external encoder for the interrupt inputs The NS32GX320 High-Performance Integrated Processor	Original	PDF	NS32GX320 32-bit 15-level 16-bit NS32CG160 16-bit-operand timer t3 an-722 national
NS32GX320 Abstract: 74F74 1mx1 DRAM 16R4 AN-719 C1995 LA10 P16R4 256K 4bit DRAM dram 8 bit Text: National Semiconductor Application Note 719 Gerardo Nahum March 1991 1 0 ABSTRACT This application note describes the possible configuration of DRAM with page lower than 8k byte at an NS32GX320 based system Some examples with different bus widths are given at the appendix together with the implementation of a	Original	PDF	NS32GX320 16-bit 32-bit 20-3A NS32GX320 74F74 1mx1 DRAM 16R4 AN-719 C1995 LA10 P16R4 256K 4bit DRAM dram 8 bit
AN-700 Abstract: C1995 NS32GX320 NS32GX AN-700 national Text: National Semiconductor Application Note 700 Zohar Peleg September 1990 INTRODUCTION The on-chip Interrupt Control Unit ICU of the NS32GX320 manages up to 15 levels of interrupt requests Two of these levels 6 and 14 may be requested internally by the on-chip	Original	PDF	NS32GX320 20-3A AN-700 C1995 NS32GX320 NS32GX AN-700 national
FIR FILTER implementation in c language Abstract: IIR FILTER implementation in c language NS32GX320 z transform AN-695 C1995 implementation of fixed point IIR Filter schafer Germany 20000000-3FFFFFFF iIR FILTER implementation in assembly language Text: National Semiconductor Application Note 695 Zohar Peleg July 1990 INTRODUCTION Digital computation of filter transfer functions is a key operation in Digital Signal Processing The NS32GX320 may be used for digital filtering as well as for other DSP operations	Original	PDF	NS32GX320 32-bit 20-3A FIR FILTER implementation in c language IIR FILTER implementation in c language z transform AN-695 C1995 implementation of fixed point IIR Filter schafer Germany 20000000-3FFFFFFF iIR FILTER implementation in assembly language
gal programming timing chart Abstract: Futurebus NS32GX320 DP8421A AN-751 C1995 DS3875 DS3884 DS3885 FF000000 Text: IMPORTANT NOTE This design was based on a preliminary version December 1990 of the IEEE 896 1 and 896 2 specification and thus has some discrepancies with the actual standard specifications This application note is included to give a designer background information and design tips for Futurebus a boards	Original	PDF	20-3A gal programming timing chart Futurebus NS32GX320 DP8421A AN-751 C1995 DS3875 DS3884 DS3885 FF000000
router Abstract: DP83932 C1995 DP83255 DP83261 DP83265 NS32GX320 Sonic DP83932 sb115 multiple channel router Text: Ethernet Router An FDDI An FDDI National Semiconductor System Brief 115 November 1990 Ethernet Router TL F 11047 – 1 FIGURE 1 A Router Configuration in a Typical Network SYSTEM DESCRIPTION and fragmentation error reporting address filtering and so on Such a software intensive application requires a highly	Original	PDF	NS32GX320 32-bit GX320 router DP83932 C1995 DP83255 DP83261 DP83265 Sonic DP83932 sb115 multiple channel router
TMS320C5x architecture diagram Abstract: dsp processor Architecture of TMS320C5X arm piccolo CR32 NS32GX320 tms320c5x on chip peripherals TMS320C5x general purpose application TMS320C5x dsp block diagram g.723.1 codec chip Signum Text: Efficient Architecture for Telephony Applications using multiple TMS320C5x cores Robin Getz Senior Field Applications Engineer National Semiconductor Corporation [email protected] ABSTRACT: Today's embedded systems designs often incorporate more than one microprocessor / DSP combination. These	Original	PDF	TMS320C5x TMS320C5x TMS320C5x architecture diagram dsp processor Architecture of TMS320C5X arm piccolo CR32 NS32GX320 tms320c5x on chip peripherals TMS320C5x general purpose application TMS320C5x dsp block diagram g.723.1 codec chip Signum
741 LEM Abstract: AN-741 C1995 DP83231 DP83241 DP83251 DP83255 DP83261 DP83265 NS32CG160 Text: National Semiconductor Application Note 741 David Brief Bob Hanrahan February 1991 INTRODUCTION The FDDI Standard offers a broad based set of capabilities that will allow it to become the standard high performance network of choice for the ’90s The FDDI Concentrator plays	Original	PDF	20-3A 741 LEM AN-741 C1995 DP83231 DP83241 DP83251 DP83255 DP83261 DP83265 NS32CG160

printer logic card CIRCUIT diagram Abstract: printer circuit diagram printer formatter circuit diagram printer NS32FX16 NS32GX320 laser printer circuit diagram NS32181 NS32GX32 laser Keyboard Text: National Semiconductor System Brief SB- 113 June 1990 TL F 11006 – 1 FIGURE 1 A Laser Printer Block Diagram SYSTEM DESCRIPTION A Laser Beam Printer LBP can be divided into three sections mechanics optics and electronics as can be seen in Figure 1 The mechanics of an LBP handle the physical path	Original	PDF
NS32016 Abstract: NS32032 NS32381V-15 10b38 NS32381 NS32008 NS32081 NS32381U NS32381V-30 NS32GX320 Text: April 1991 NS32381-15 NS32381-20 NS32381-25 NS32381-30 Floating-Point Unit General Description The NS32381 is a second generation CMOS floating-point slave processor that is fully software compatible with its forerunner the NS32081 FPU The NS32381 FPU functions	Original	PDF	NS32381-15 NS32381-20 NS32381-25 NS32381-30 NS32381 NS32081 32-bit NS32016 NS32032 NS32381V-15 10b38 NS32008 NS32381U NS32381V-30 NS32GX320
Untitled Abstract: No abstract text available Text: m April 1991 Semiconductor NS32GX320-20/NS32GX320-25/NS32GX320-30 High-Performance 32-Bit Integrated System Processor General Description Features The NS32GX320 is a highly-integrated high-performance member of the Series 32000/EP family of National’s Em	OCR Scan	PDF	NS32GX320-20/NS32GX320-25/NS32GX320-30 32-Bit NS32GX320 32000/EPâ
D552 IC digital clock Abstract: No abstract text available Text: m PRELIMINARY April 1991 N S 3 2G X 3 20 -2 0 /N S 3 2 G X 3 2 0 -2 5 /N S 3 2 G X 3 2 0 -3 0 H ig h-P erfo rm ance 32-B it Integ rated System Processor General Description Features The NS32GX320 is a highly-integrated high-performance member of the Series 32000/EP family of National’s Em	OCR Scan	PDF	NS32GX320 32000/EPâ D552 IC digital clock