QL8X12B0PL68C Search Results

QL8X12B0PL68C Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Curated	Type	PDF
QL8x12B-0PL68C		QuickLogic	Very-high-speed CMOS FPGA, pASIC1 family.		Original	PDF

QL8X12B0PL68C Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
XC3030-70PC84C Abstract: EPM5128LC EP330PC-15 A1020 transistor A1010B-PL68C EPM5128GM EP330PC15 EP330PC XC3042-70PC84C A1020A-PL84C Text: ULCt Cross-Reference Matra MHS Cross reference list of devices supported for ULC conversion is not exhaustiv as new devices are added regularly. Additional devices not shown in this list, may also be supported. MHS encourages you to contact your local TEMIC sales representative	Original	PDF	A1010A-PL44C A1010B-PL44C ULC/A1010 44-PLCC A1010A-PL44I A1010B-PL44I A1010A-1PL44C A1010B-1PL44C A1020A-1PL44C XC3030-70PC84C EPM5128LC EP330PC-15 A1020 transistor A1010B-PL68C EPM5128GM EP330PC15 EP330PC XC3042-70PC84C A1020A-PL84C
TCA780 Abstract: TFK U 111 B TFK U 4614 B TFK S 186 P TFK U 217 B TFK BP w 41 n TFK BPW 41 N Tfk 880 TFK 148 TDSR 5150 G Text: Industry Part Number 1N3245 1N3611GP 1N3612GP 1N3613GP 1N3614GP 1N3725 1N3957GP 1N4001GP 1N4002GP 1N4003GP 1N4004GP 1N4005GP 1N4006GP 1N4007GP 1N4245GP 1N4246GP 1N4247GP 1N4248GP 1N4249GP 1N4678.1N4717 1N4728A.1N4761A 1N4933GP 1N4934GP 1N4935GP 1N4936GP	Original	PDF	1N3245 1N3611GP 1N3612GP 1N3613GP 1N3614GP 1N3725 1N3957GP 1N4001GP 1N4002GP 1N4003GP TCA780 TFK U 111 B TFK U 4614 B TFK S 186 P TFK U 217 B TFK BP w 41 n TFK BPW 41 N Tfk 880 TFK 148 TDSR 5150 G
QL8x12B-0PL68C Abstract: state machine encoding s3 inc Text: QAN17 Writing Verilog State Machines State machines may be implemented in a number of different ways. Two of the most popular implementations are encoded state and one-hot encoding. Encoded state machines require less flip-flops than one-hot state machines, but they may require more combinatorial logic to generate	Original	PDF	QAN17 QL8x12B-0PL68C state machine encoding s3 inc
QL8x12B-0PL68C Abstract: QL8X12B0PL68C state machine encoding state-machine structure b0010 bx1xx s3 inc Text: QAN17 Writing Verilog State Machines State machines may be implemented in a number of different ways. Two of the most popular implementations are encoded state and one-hot encoding. Encoded state machines require less flip-flops than one-hot state machines, but they may require more combinatorial logic to generate	Original	PDF	QAN17 QL8x12B-0PL68C QL8X12B0PL68C state machine encoding state-machine structure b0010 bx1xx s3 inc
verilog code pipeline ripple carry adder Abstract: vhdl code for half adder using behavioral modeling 8 bit adder circuit turbo encoder circuit, VHDL code verilog code for half adder using behavioral modeling QL8x12B-0PL68C verilog code for implementation of eeprom Verilog code of 1-bit full subtractor structural vhdl code for ripple counter vhdl code of carry save multiplier Text: Chapter 1 - Device Architecture Device Architecture This section of the Design Guide deals with the architectural issues surrounding the pASIC 1, pASIC 2, and pASIC 3 families of QuickLogic devices. First, an overall introduction to the QuickLogic architectural features will be presented. This will be followed by a breakdown of	Original	PDF
machines Abstract: state machine encoding encoder verilog coding Synplify bx1xx QL8x12B-0PL68C s3 inc Text: QAN17 Writing Verilog State Machines State machines may be implemented in a number of different ways. Two of the most popular implementations are encoded state and one-hot encoding. Encoded state machines require less flip-flops than one-hot state machines, but they may require more combinatorial logic to	Original	PDF	QAN17 machines state machine encoding encoder verilog coding Synplify bx1xx QL8x12B-0PL68C s3 inc
QL8x12B-0PL68C Abstract: buffering techniques Design a Verilog system that uses a block code 8-8NS buffering QL12X16B QL8X12B SIGNAL PATH DESIGNER Text: Chapter 9 - Design Techniques Chapter 9: Design Techniques There are many techniques for optimizing designs. This chapter is divided into the following relevant sections: 9.1 Inserting Schematic Buffers to Speed up the Design 9.2 Inserting Buffers in VHDL and Verilog Designs	Original	PDF
QL8X12B-XPL68C Abstract: U112 FET intel 80960 MOTHERBOARD pcb CIRCUIT diagram pci arbiter schematics AM26LS32SC PGA zif socket U118 AP-733 QL8x12B-0PL68C vhdl code for watchdog timer of ATM Text: A AP-733 APPLICATION NOTE Switched Ethernet Reference Design Description Rod Mullendore SPG 80960 Applications Engineer Intel Corporation Semiconductor Products Group Mail Stop CH6-412 5000 W. Chandler Blvd. Chandler, Arizona 85226 July 23, 1996 Order Number: 272907-001	Original	PDF	AP-733 CH6-412 warrant84 80960Jx QL8X12B-XPL68C U112 FET intel 80960 MOTHERBOARD pcb CIRCUIT diagram pci arbiter schematics AM26LS32SC PGA zif socket U118 AP-733 QL8x12B-0PL68C vhdl code for watchdog timer of ATM
mod 8 ring counter using JK flip flop Abstract: memory card reader ckt diagram vhdl code for 8-bit BCD adder verilog code pipeline ripple carry adder 3-8 decoder 74138 pin diagram vhdl code for 8-bit parity checker Verilog code subtractor mod 4 ring counter using JK flip flop pin diagram priority decoder 74138 sentinel s21 Text: QuickWorks User’sGuide with SpDE Reference COPYRIGHT INFOR MATION Copyright 1991-1998 QuickLogic Corporation. All rights reserved. The information contained in this manual and the accompanying software program are protected by copyright; all rights are reserved by QuickLogic Corporation. QuickLogic Corporation reserves the right to make periodic modifications	Original	PDF
74373 latch pin config Abstract: 3-8 decoder 74138 pin diagram ci cd 4058 vhdl code for 74194 QL5064 pin diagram of 74109 7400 TTL QL8x12B-0PL68C 74194 shift register waveform Datasheet ci cd 4058 Text: QuickWorks User’s Guide with SpDE Reference COPYRIGHT INFORMATION Copyright 1991–1999 QuickLogic Corporation. All rights reserved. The information contained in this manual and the accompanying software program are protected by copyright; all rights are reserved by QuickLogic Corporation. QuickLogic	Original	PDF