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32-bit_LFSR

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研究生日记

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FPGA学习&实战
FPGA学习&实战
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    VGA显示器驱动--字符游走
    
    基于ROM的VGA图像显示
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    01_AXI4基础知识
    
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    为什么时序逻辑需要滞后一个时钟周期
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    TestBench编写技巧
    
    fpga的mt9v034摄像头配置及hdmi显示输出
    
    为什么FPGA的阻塞赋值会延时一个时钟周期，而在某些情况下不延时一个时钟周期呐？
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    IIC与SCCB协议的联系与区别
    
    面试实战
  - HDLBits练习
    HDLBits练习
    
    Getting Started
    Getting Started
    
    Getting Started
    
    Output Zero
    
    Verilog Language
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    Basics
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    Simple wire
    
    Four wires
    
    Inverter
    
    AND gate
    
    NOR gate
    
    XNOR gate
    
    Declaring wires
    
    7458 chip
    
    Vectors
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    Vectors
    
    Vectors in more detail
    
    Vector part select
    
    Bitwise operators
    
    Four input gates
    
    Vector concatenation operator
    
    Vector reversal 1
    
    Replication operator
    
    More replication
    
    Modules:Hierarchy
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    Modules
    
    Connecting ports by position
    
    Connecting ports by name
    
    Three modules
    
    Modules and vectors
    
    Adder 1
    
    Adder 2
    
    Carry select adder
    
    Adder subtractor
    
    Procedures
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    If statement
    
    If statement latches
    
    Case statement
    
    Priority encoder
    
    Priority encoder with casez
    
    Avoiding latches
    
    More Verilog Features
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    Conditional ternary operator
    
    Reduction operators
    
    Reduction Even wider gates
    
    Combinational for loop Vector reversal 2
    
    Combinational for loop 255 bit population count
    
    Generate for loop 100 bit binary adder 2
    
    Generate for loop 100 digit BCD adder
    
    Circuits
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    Combinational_Logic
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    Basic_Gates
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    Wire
    
    GND
    
    NOR
    
    Another gate
    
    Two gates
    
    More logic gates
    
    7420 chip
    
    Truth tables
    
    Two bit equality
    
    Simple circuit A
    
    Simple circuit B
    
    Combine circuits A and B
    
    Ring or vibrate
    
    Thermostat
    
    3 bit population count
    
    Gates and vectors
    
    Even longer vectors
    
    Multiplexers
    Multiplexers
    
    2 to 1 multiplexer
    
    2 to 1 bus multiplexer
    
    9 to 1 multiplexer
    
    256 to 1 multiplexer
    
    256 to 1 4 bit multiplexer
    
    Arithmetic_Circuits
    Arithmetic_Circuits
    
    Half adder
    
    Full adder
    
    3 bit binary adder
    
    Adder
    
    Signed addition overflow
    
    100 bit binary adder
    
    4 digit BCD adder
    
    Karnaugh_Map_to_Circuit
    Karnaugh_Map_to_Circuit
    
    3-variable
    
    4-variable
    
    4-variable(1)
    
    4-variable(2)
    
    Minimum_SOP_and_POS
    
    Karnaugh_map
    
    Karnaugh_map(1)
    
    K-map_implemented_with_a_multiplexer
    
    Sequential_Logic
    Sequential_Logic
    
    Latches_and_Flip-Flops
    Latches_and_Flip-Flops
    
    D_flip-flop
    
    D_flip-flops
    
    DFF_with_reset
    
    DFF_with_reset_value
    
    DFF_with_asynchronous_reset
    
    DFF_with_byte_enable
    
    D_Latch
    
    DFF(1)
    
    DFF(2)
    
    DFF+gate
    
    Mux_and_DFF
    
    Mux_and_DFF(1)
    
    DFFs_and_gates
    
    Create_circuit_from_truth_table
    
    Detect_an_edge
    
    Detect_both_edges
    
    Edge_capture_register
    
    Dual-edge_triggered_flip-flop
    
    Counters
    Counters
    
    Four-bit_binary_counter
    
    Decade_counter
    
    Decade_counter_again
    
    Slow_decade_counter
    
    Counter_1-12
    
    Counter_1000
    
    4-digit_decimal_counter
    
    12-hour_clock
    
    Shift_Registers
    Shift_Registers
    
    4-bit_shift_register
    
    Left-right_rotator
    
    Left-right_arithmetic_shift
    
    5-bit_LFSR
    
    3-bit_LFSR
    
    32-bit_LFSR
    
    Shift_register(1)
    
    Shift_register(2)
    
    3-input_LUT
    
    More_Circuits
    More_Circuits
    
    Rule_90
    
    Rule_110
    
    Conways_Game_of_Life_16x16
    
    Finite_State_Machines
    Finite_State_Machines
    
    Simple_FSM_1_async
    
    Simple_FSM_1_sync
    
    Simple_FSM_2_async
    
    Simple_FSM_2_sync
    
    Simple_state_transitions_3
    
    Simple_one-hot_state_transitions_3
    
    Simple_FSM_3_async
    
    Simple_FSM_3_sync
    
    Design_a_Moore_FSM
    
    Lemmings_1
    
    Lemmings_2
    
    Lemmings_3
    
    Lemmings_4
    
    One-hot_FSM
    
    PS2_packet_parser
    
    PS2_packet_parser_and_datapath
    
    Serial_receiver
    
    Serial_receiver_and_datapath
    
    Serial_receiver_with_parity_checking
    
    Sequence_recognition
    
    Design_a_Mealy_FSM
    
    Serial_twos_complementer_Moore
    
    Serial_twos_complementer_Mealy
    
    FSM(1)
    
    FSM(2)
    
    FSM_logic
    
    FSM_next-state_logic
    
    FSM_one-hot_next-state_logic
    
    FSM(3)
    
    FSM(4)
    
    One-hot_FSM_equations
    
    FSM(5)
    
    Another_FSM
    
    Building_Larger_Circuits
    Building_Larger_Circuits
    
    Counter_with_period_1000
    
    4-bit_shift_register_and_down_counter
    
    FSM_Sequence_1101_recognizer
    
    FSM_Enable_shift_register
    
    FSM_The_complete_FSM
    
    The_complete_timer
    
    FSM_One-hot_logic_equations
    
    Verification_Reading Simulations
    Verification_Reading Simulations
    
    Mux
    
    NAND
    
    Mux(1)
    
    Add_sub
    
    Case_statement
    
    Combinational_circuit1
    
    Combinational_circuit2
    
    Combinational_circuit3
    
    Combinational_circuit4
    
    Combinational_circuit5
    
    Combinational_circuit6
    
    Sequential_circuit7
    
    Sequential_circuit8
    
    Sequential_circuit9
    
    Sequential_circuit10
    
    Verification:Writing Testbenches
    Verification:Writing Testbenches
    
    AND gate
    
    Clock
    
    T flip flop
    
    Testbench1
    
    Testbench2
    
    Cs450
    
    Cs450
原理图&PCB设计
原理图&PCB设计
- 基础知识
  基础知识
  - 元器件
    元器件
    
    电阻

32-bit_LFSR

This is a placeholder for 32-bit_LFSR.

Shift_register(1)

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