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microsequencer

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Abstract: divided internal to the MSD95C02 and is used to run the MICROSEQUENCER. It is therefore necessary to , MICROSEQUENCER. Internally, these bytes are arranged as 32 locations by 32 bits wide. Local processor address 80H , Operation: Disk requests for data transfer are initiated by the MSD95C02's internal MICROSEQUENCER. For , via the Test field (TEST 3-0) for interrogation and program flow of the MICROSEQUENCER. are , further description of the Processor and the MICROSEQUENCER. OFFSET and AUXILIARY OFFSET COUNTERS during -
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MSD95C00 mfm encoder ESDI controller gcr encoder m2fm data format mosfet SMD 34 DG QIC-24
Abstract: describe the architecture of the flexiMAC microsequencer. 3 flexiMAC: A Microsequencer for Flexible , source of the transmitted packets is controlled by the microsequencer. Reg Ctrl 2 CRC Generator , construction and framing and by creating the appropriate microcode in the microsequencer. A microassembler has , packets and Figure 3 - Receive Path control packets if directed by the microsequencer. It is also used , Processing All this is controlled by the microsequencer. Different standards are supported by Lattice Semiconductor
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advanced switching interconnect 10G Ethernet MAC asi ethernet dllp
Abstract: internal to the MSD95C01/02 and is used to run the MICROSEQUENCER. It is therefore necessary to provide a , MICROSEQUENCER. For normal data transfer between the disk and the ring buffer, the MICROSEQUENCER causes the DISK , via the Test field (TEST 3-0) for interrogation and program flow of the MICROSEQUENCER. Contained , Local Processor and the MICROSEQUENCER. In addition to the DESIRED and CURRENT REGISTER FILEs, there is , 17 Bit Burst Errors. Register Programmable Data Format via On-Chip Writeable Microsequencer -
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microchannel MSD95C0 MSD95C10 MSD95C15
Abstract: MICROSEQUENCER D 3 1 1 1 , APRIL 1 9 8 8 - REVISED A U G U ST 1 9 8 8 · · · · · · · IMPACT-X , TIET890A is a powerful microsequencer th a t is implemented using Texas Instruments IMPACT-XTM technology , the SN74AS890 and requires a 5-volt power supply. The microsequencer selects a 14-bit micro address , D7SC 141 3 7^ TIET890A MICROSEQUENCER description (continued) An additional feature is a 4 , operation from 0 °C to 70 °C. logic symbol t 14-BIT MICROSEQUENCER TIET890A CLK (B11) STACK WARNING -
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stk 3105 007ST40 DRA13-DRA0 DRB13-DRB0 Y13-Y0 0Q7515
Abstract: Ponderosa Design's scc-II microsequencer. by Aki Niimura Consultant Ponderosa Design , Technology Focus IP scc-II Microsequencer ­ A New Solution for Platform FPGA Designs When , . Microsequencer Microcontrollers are commonly used to implement complex protocols. However, they require , not just another set of microcontrollers. We specifically constructed the microsequencer to fill the , Microsequencer Sequencers have been used in many LSI projects to implement functions. For example, instructions Ponderosa Design
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Insight Spartan-II demo board Code keypad in verilog verilog code 16 bit CISC CPU XC2S150
Abstract: EPS448 SAM EPLD Stand-Alone Microsequencer -August 1993, ver. 4 Data Sheet Features User-configurable Stand-Alone Microsequencer (SAM , , user-configurable Stand-Alone Microsequencer (SAM). The on-chip EPROM (up to 448 words) of the EPS448 is integrated , . 1994. ALTED001 [ EPS448 SAM EPLD: Stand-Alone Microsequencer Data Sheet and a loop counter , Microsequencer For microcoded controllers, SAM+PLUS software offers the high-level Assembly Language (ASM -
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waveform-generation EPS448-20 EPS448-16 EPS448-25 EPS448-25A
Abstract: the address of the first location of a Microsequencer-initiated disk transfer until data integrity is established. DISK ADDRESS Register - Holds the current address of Microsequencer-initiated disk Ring Buffer , Microsequencer. For normal data transfer between the disk and the 25 Ring Buffer, the Microsequencer causes , interrogation and program flow of the Microsequencer. Contained within the Microsequencer block are two, 16 , access contention to these register files by both the Local Processor and the Microsequencer. 28 asb 4 -
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poiag ST-506 protocol MSD96C71
Abstract: Microsequencer Register Programmable Data Format Compatible SCSI Interface Version Available GENERAL , " incorporating a triple channel DMA Controller, a RAM based MICROSEQUENCER, a sophisticated ECC Encoder/Decoder , RING BUFFER is through the triple DMA controller of the MSD96CX5/X7. The microsequencer of the MSD96CX5 , purpose test inputs and three latched sense inputs that may be used directly by the microsequencer to , Support4 General Purpose Sense Inputs Microsequencer Test Inputs No 8 bits No No 8 bits No Yes 8 -
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esdi mfm data separator 120-pin, microprocessor 8kx8 sram floppy disk spindle controller hard disk spindle SD96C15/17 MSD96C25/27 SD96C35/37 SD96C45/47
Abstract: EPS448 SAM EPLD: Stand-Alone Microsequencer_Data Sheet The value of the CREG may be saved and restored , EPLD: Stand-Alone Microsequencer_Data Sheet Absolute Maximum Ratings Note: See Operating Requirements ,  EPS448 SAM EPLD Stand-Alone Microsequencer September 1991, ver. 3 Data Sheet Features , Microsequencer (SAM) for implementing high-performance controllers On-chip reprogrammable microcode EPROM up to , Microsequencer (SAM). It is available in a 28-pin windowed ceramic and OTP plastic J-lead chip carrier, and 300 -
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programmable pipeline microcode memory altera sam 102D PLS-SAM lifo stack 256 word 8 bit 201D EPS448-30 MIL-STD-883B-
Abstract: prefetching begins as soon as the bus is free of operand accesses previously requested by the microsequencer. , Controller The microbus controller performs bus cycles issued by the microsequencer. Operand accesses , and writing memory. The execution unit performs its operations under the control of the microsequencer. , Controller Microsequencer Execution Unit Figure 2-2 CPU32X Internal Architecture 2.4.2 Microsequencer The microsequencer either executes microinstructions or awaits completion of accesses necessary Motorola
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MC68377 CORE i3 ARCHITECTURE IR 30 D1 pipeline in core i3 CPU32 CPU32RM/AD
Abstract: Transfers and 10 Mbyte/sec buffer Transfers to/from A T Host User Programmable R A M Microsequencer Register , D M A Controller, a R A M based MICROSEQUENCER, a sophisticated ECC Encoder/Decoder, and a Parallel , through the triple D M A controller of the M SD 96C X5/X7. The microsequencer of the M SD 96C X5/X7 uses , purpose test inputs and three latched sense inputs that may be used directly by the microsequencer to , Width3 AT -DM A Support4 General Purpose Sense Inputs Microsequencer Test Inputs No 8 bits No No 8 -
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circuit diagram for SD adapter circuit power ic hard disk. western stepper motor interface with 8051 FILE SD96C25/27
Abstract: baseband's core is a microcoded microsequencer. There is no on-chip microcontroller, and no need for one. This dedicated Bluetooth microsequencer makes the BCM2013 the most efficient headset solution , eliminates tuning · · Programmable power control for Class 2 or Class 3 · Microcoded microsequencer · , ACL FIFOs Microsequencer 8-bit Parallel data Receive ACL FIFOs Power Management Unit Broadcom
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BCM92013 bluetooth schematics broadcom acl packet bluetooth transmitter receiver audio bluetooth development board schematic bluetooth audio transmitter 2013-PB02-R-12
Abstract: . MICROSEQUENCER . DISK INTERFACE & ENCODER/DECODER BLOCK , . 28 6: 32-BIT MICROSEQUENCER PROGRAM WORDDESCRIPTION . . . 35 7: SEQUENCE CONTROL FIELD DEFINITION , highly integrated SuperCell incorporating a triple channel DMA Controller, a RAM-based Microsequencer, a , microsequencer permits conformance with any currently available data format. The RLL 2,7 Formatter/Encoder , the LOCAL PROCESSOR OUTPUT Register or acts as a Microsequencer output (in ESDI drive applications -
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MSD9 MSD96C70
Abstract: CL-SH7200 servo controller. The DSP and servo microsequencer are high-performance control blocks in the , high-performance servo control algorithms. The servo microsequencer features include: embedded servo formats , â'¢ SERVO CONTROL (DSP) â'¢ SERVO DECODER â'¢ SERVO MICROSEQUENCER â'¢ ADC, DAC RAM CL-SH3XX , /microsequencer â  Error-tolerant servo address and synch marks â  On-chip sector mark generator â  Parallel -
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ac motor servo control circuit diagram uses of magnitude comparator intel 80196 microcontroller pin diagram spindle and VCM motor controller intel 80196 microcontroller servo motor controller diagram 10-MIPS
Abstract: access the microsequencer stops the conversion process, resets the modulator, digital filter and waits until the I/O is complete. After the I/O is completed the microsequencer automatically restarts the , writing the SLP bit (CR) of the Control Register to logic one. The microsequencer will stop the Intersil
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HI7188 Crystal, 3.6864MHz datasheet Crystal, 3.6864MHz TB345 6864MH 1-888-INTERSIL ISO9000
Abstract: Programmable power · Microsequenceronbased architecture · Microcode runs the microsequencer Microcode-based , , demodulator, and channel select filtering. The baseband's core is a microcoded microsequencer. There is no , layers in support of SPP, GAP and headset profiles. This dedicated Bluetooth microsequencer makes the Broadcom
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schematic bluetooth headset Microcode 2013-PB04-R-5
Abstract: When the user performs this I/O access the microsequencer stops the conversion process, resets the modulator, digital filter and waits until the I/O is complete. After the I/O is completed the microsequencer , writing the SLP bit (CR) of the Control Register to logic one. The microsequencer will stop the Harris Semiconductor
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3.6864MHz 3.6864
Abstract: , the microsequencer steps through each of the eight logical channels and provides the multiplexer address correlating to the proper logical address. When in LNR mode, the microsequencer provides this , all eight logical channels. The microsequencer changes the multiplexer channels automatically, in , updated for these inputs. The microsequencer changes the multiplexer channels automatically, in addition Intersil
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HI507 HA5102 IN60B inl837 CH376 IN60A IN57A AN9634
Abstract: . During the conversion 3 scan, the microsequencer steps through each of the eight logical channels , , the microsequencer provides this addressing function for eight channels regardless of the number of , selects VINH1, and VINL1 for all eight logical channels. The microsequencer changes the multiplexer , calibration RAMs, are updated for these inputs. The microsequencer changes the multiplexer channels Intersil
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AN9518 IN62B 16 line to 4 multiplexer IC Multiplexor 64 inputs MULTIPLEXER IC 460.8kHz In62 I7188 FN4016
Abstract: CL-SH7200 servo controller. The DSP and servo microsequencer are high-perform ance control blocks in the C , high-performance servo control algorithms. The servo microsequencer features include: embedded servo formats , C C AT/PCMCIA â'¢< ⺠SCSI ' SERVO CONTROL (DSP) â'¢ SERVO DECODER >SERVO MICROSEQUENCER -
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Q0G55
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