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Expanders

Catalog Datasheet MFG & Type PDF Document Tags

VSC7157

Abstract: VSC7160 discusses the technology breakthroughs behind generation 1.5 NexSAS expanders. A similar version of this , article details the technology breakthroughs behind generation 1.5 NexSAS expanders. Specifically, it , -PHY, VSC7157 36-PHY, and VSC7158 18-PHY expanders. Like their predecessors (the VSC7153, VSC7154, and VSC7155 , Maxim > App Notes > STORAGE PRODUCTS Keywords: SAS, Serial-Attached SCSI, PHY, PHY count expanders , today. The NexSAS line comprises three new high-PHY-count expanders, extensions in intelligent mux
Maxim Integrated Products
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VSC7156 VSC7160 VSC7161 Expanders maxim vsc7153 VSC715 AN4239 APP4239

GPIB-120A

Abstract: GPIB-110 to all expanders. With some expanders, you can only install a Controller on one side of the , expander, you can consider cascading expanders. By adding more than one expander to your 3 system , integrated into one logical network by cascading two expanders. cable, you can connect a device that is , control up to 28 devices. You can also use expanders to connect devices that are more than 4 m apart, or , , expanders and extenders can solve your problem. This application note describes GPIB expanders and
National Instruments
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GPIB-110 GPIB-120A electric scheme optic
Abstract: to 8 and 9 to 16) form 2 chains to lend or borrow parallel expanders. A macrocell borrows parallel , and parallel expander product terms ("expanders") that provide additional product term s directly to any macrocell in the same LAB. These expanders help ensure that logic is synthesized w ith the few , expanders, w hich can be viewed as a pool of uncom m itted single product terms (one from each macrocell , shared by any or all m acrocells in the LAB to build com plex logic functions. Shareable expanders can -
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100-MH

PROJECT OF SHADOW ALARM

Abstract: aardvark i2c bus: Port Expanders. Reserving two pins (for a standard I2C communications bus) in exchange for , SCL ADC Fig. 1: I2C Bus Installation With Mixture Of Port (I/O) Expanders/Other Devices Options , offerings of the vendors of I2C port expanders (Cypress5, Maxim6, Microchip7 and Philips8) the range of I/O , Two 7-Segment LEDs Another feature for driving LEDs is PWM which basic port expanders will not have , Benefits of Using Port Expanders There are three ways to use port expanders to get maximum benefit in your
Cypress Semiconductor
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CY8C9520 PROJECT OF SHADOW ALARM aardvark i2c MIIC-203 philips catalog resistors AIRbus
Abstract: , and up to 16 shared logic expanders. Logic expanders can provide additional logic resources to any of , Logic expanders (shared and parallel) Enhanced programmable interconnect array I/O control blocks , functions for the flip-flops; or as logic expanders to assist the generation of complex logic functions , Enable function also allows each macrocell register to be clocked individually. Logic Expanders , additional logic resources, expanders are available to provide additional product terms directly to any -
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70-MH

74684

Abstract: Multiplexer 74157 application Preset signals that control logic cell flipflops Shareable logic expanders-NAND product terms that can , Parallel expanders-Product terms that can be borrowed by neighboring logic cells to implement complex , expanders. Without GLOBAL buffers 4 Design uses 13 logic cells and 16 shared expanders. Altera , , both of which provide more fitting flexibility than parallel expanders. The MAX 9000 LABs are , : Designing with MAX 9000 Devices Figure 3. Parallel Expanders Cannot borrow any parallel expanders.
Altera
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74684 Multiplexer 74157 application 21mux data sheet 74157 8 bit adder 74157

Expanders

Abstract: Flash memory controller backup expanders can be used to select the proper page of flash memory on system power-up. The DS4510, DS4520, and DS4550 are a series of nonvolatile I/O expanders. Since they retain their programmed output values when , version should problems arise with the new version. Figure 1 shows how the nonvolatile I/O expanders can , /O expanders is that their configuration can be changed without storing the configuration in the , version and if it fails, upon system power-up, the nonvolatile I/O expanders will retain the old
Maxim Integrated Products
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AN3291 APP3291 Flash memory controller backup flash memory application DS4510/DS4520/DS4550

21MUX

Abstract: 74684 Preset signals that control logic cell flipflops Shareable logic expanders-NAND product terms that can , Parallel expanders-Product terms that can be borrowed by neighboring logic cells to implement complex , and GCLRN expanders. Without GLOBAL buffers 4 Design uses 13 logic cells and 16 shared expanders. Altera Corporation AN 43: Designing with MAX 9000 Devices The MAX+PLUS II Compiler can , cells, both of which provide more fitting flexibility than parallel expanders. The MAX 9000 LABs are
Altera
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comparator using 2 xor gates
Abstract: cross-coupled to form a latch; a D-type flip-flop w ith asynchronous Preset and Clear consumes 6 expanders. W , Expanders are fed by all signals in the LAB, including all expanders. Expander outputs are then inverted , expanders. The I/O control block contains 8 bidirectional I/O pins that can be configured for dedicated , expanders. 11 Input [ 12 19 Input1 20 Input I Input Input I >- -t I - , expanders. The I /O control block contains 12 bidirectional I /O pins that can be configured for dedicated -
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EPM5016 EPM5032 EPM5024

photo interrupter module

Abstract: wiring circuit stepper motor AN10814 Driving stepper motors using NXP I2C-bus GPIO expanders Rev. 01 - 11 September 2009 , Semiconductors Driving stepper motors using NXP I2C-bus GPIO expanders Revision history Rev Date , expanders 1. Introduction A stepper motor is a digital version of the direct current electric motor. The , General Purpose I/O (GPIO) expanders from NXP to drive stepper motors. AN10814_1 Application note , Semiconductors Driving stepper motors using NXP I2C-bus GPIO expanders 2. Stepper motor background A
NXP Semiconductors
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PCA9537 photo interrupter module wiring circuit stepper motor PCA9539 principle stepper motor unipolar stepper motor programming in c mosfet discrete totem pole CIRCUIT

PLMJ7032

Abstract: programming epm7032 . Timing Model The "n " denotes the number ot sets ot parallel expanders. Timing information can be , with shared and high-speed parallel logic expanders to allow up to 32 product terms per macrocell. The , expanders (shared and parallel) â¡ Programmable Interconnect Array â¡ I/O control blocks â"¢ Logic Array , Logic Expanders (from other macrocells) Preset Clock Clear Shared Logic Expanders Programmable 16 Shared , 32 dedicated global Clear pin (GCLRn). In this mode, the Clear function is active low. Logic Expanders Although
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EPM7032 EPM7032LC44-3 PLMJ7032 programming epm7032 EPM7032J epm7032l EPM7032-Altera EPM7032-1 EPM7032LC44-2

I2C address translator

Abstract: I2C BUS address translator I2C applications and how TI's I/O expanders, multiplexers, buffers and repeaters can help system , , mixed-speed communication is possible with I/O Expanders TI Solution VCC2 LED Blinkers VCC1 , Calendar Temperature Sensors 2 Expanders System Without I C I/O Expanders The I2C I/O , I C I/O Expanders Processor SDA SCL I2C Serial Interface I/O expanders Multiplexers and , I2C System I2C System I2C System GND Multiplexers and switches Bus Expanders, Hubs
Texas Instruments
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I2C address translator I2C BUS address translator PIC Microcontroller Cross-Reference Texas Instruments I2C Guide PCF8574 circuit diagram of LCD connection to pic B120905 SSZC003

ALTERA MAX 5000

Abstract: EPM5016 AX 5000/EPS464 Device Features Feature Avail. Gates Usable Gates Macrocells LABs Expanders Routing , product terms ("expanders") to provide more than 32 product terms per macrocell. The M AX 5000/E P S464 , 64 enhanced macrocells and 256 shared expanders, all of which are routed globally to implement , array and an expander product-term array. See Figure 1. The number of macrocells and expanders in the , capability is available from expanders, w hich can be used to supplement the capabilities of any macrocell
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ALTERA MAX 5000 program EPM5032 epm5128a jlcc 32 R 00/EPS464 ALTED001

Rancho RTLVD-HVDR4

Abstract: Rancho Technology Rack Mounted Expanders are available in two configurations. Both configurations contain four independent expanders. The RTLVD-LVDR4/E extends the Ultra320 SCSI bus to double its specified maximum , point-to-point up to 24 meters. As long as there is no other devices connected between the expanders. With the , Mounted SCSI Expanders RTLVD-HVDR1/E RTLVD-HVDR2/E RTLVD-HVDR3/E RTLVD-HVDR4/E RTLVD-LVDR4/E HVD , add Ultra4 devices and increase cable lengths. These expanders are operationally transparent
Rancho Technology
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Rancho RTLVD-HVDR4 Rancho Technology 320MBytes

Expanders

Abstract: SN7450 description These devices contain two independent 4-input expanders. The '60 perform the Boolean function X = , 125 0 70 °c The '23, '50, and '53 are designed for use with up to four '60 expanders. electrical , The 'H50, 'H53, and 'H55 are designed for use with up to four 'H60 expanders. electrical , TYPES SN5460, SN54H60, SN7460, SN74H60 DUAL 4-INPUT EXPANDERS REVISED DECEMBER 1983 sn5460 , DUAL4-INPUT EXPANDERS schematics (each gate) '60 Vcc m â'¢H60 Vcc â â J NOTES: 1. Connect to X input
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SN7453 SN7450 lx78 sn 7460 IX-38 SN5453 SN5423/SN7423 SN5450/SN7450 SN5453/ SN54H50/SN74H50 SN54H53/SN74H53
Abstract: The Rancho SCSI Rack Mounted Expanders are available in two configurations. Both configurations contain four independent expanders. The RTLVD-LVDR4/E extends the Ultra320 SCSI bus to double its , between the expanders. With the RTLVD-LVD4 it is possible to isolate two sections of the bus. Because , Mounted SCSI Expanders RTLVD-HVDR1/E RTLVD-HVDR2/E RTLVD-HVDR3/E RTLVD-HVDR4/E RTLVD-LVDR4/E HVD , , Ultra3 host adapters to add Ultra4 devices and increase cable lengths. These expanders are operationally Rancho Systech
Original

PCA9555

Abstract: PCF8574TS-T many different versions of I2C I/O port expanders. The following is a selection guide that provides , `I2C/SMBus general purpose I/O expanders' · 1 The format of this application note has been , AN469 I2C/SMBus general purpose I/O expanders Rev. 02 - 20 January 2005 Application note , expanders Revision history Rev Date Description 2 20050120 Application note (9397 750 , purpose I/O expanders 1. Introduction 1.1 Family overview The Philips family of I2C/SMBus General
Philips Semiconductors
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PCA9534 PCA9535 PCA9536 PCA9538 PCA9555 PCF8574TS-T PCA9539D-T HVQFN 32 24c02 eeprom smbus PCA9500 PCA9501

EPM 5192

Abstract: IC 7400 SERIES book expanders") to provide more than 32 product terms per macrocell. The M AX 5000 fam ily is supported by A , Available gates Usable gates Macrocells LABs Expanders Routing Maximum user I/O pins tpD (ns) ' asu EPM , num ber of macrocells and expanders in the arrays varies w ith each device. Figure 1. MAX 5000 , im plementation. Additional logic capability is available from expanders, w hich can be used to , binatorial and registered logic. These flexible macrocells and shareable expanders facilitate variable
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EPM 5192 IC 7400 SERIES book J-Lead, QFP ceramic 125-MH

EPM7032

Abstract: parallel expanders. A macrocell borrows parallel expanders from low er-num bered macrocells. For example , , with the macrocell Turbo Bit turned on, and w ithout the use of parallel expanders. For macrocells in , parallel expander product terms ("expanders") that provide additional product terms directly to any macrocell in the same LAB. These expanders help ensure that logic is synthesized with the fewest possible logic resources to obtain the fastest possible speed. Each LAB has u p to 16 shareable expanders
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EPM7032-15T EPM7032V EPM7032V-12 EPM7032V-15 EPM7032V-20
Abstract: to 16) form 2 chains to lend or borrow parallel expanders. A macrocell borrows parallel expanders , acrocell in the same LAB. These expanders help ensure that logic is synthesized with the fewest possible logic resources to obtain the fastest possible speed. Shareable Expanders Each LAB has up to 16 shareable expanders that can be viewed as a pool of uncommitted single product terms (one from each , Device Family functions. A small delay (fsexp ) is incurred when shareable expanders are used. Figure -
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7000E 100-M
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