Design of High-Speed ​​Digital Correlator Based on FPGA

Recommended ContentMore

Open source project More

• ESP82 936 Soldering Iron 5.2
• USB3.0 4-port independent power supply high-power HUB based on VL813
• bass circuit
• SEEWO OPS built-in PC module MT11 boot card
• DER-850 - 240 W LLC CV/CC Battery Charger Power Supply Based on HiperLCS and LinkSwitch-TN
• Microphone evaluation board based on MP23ABS1 analog MEMS
• ESP32-FM radio series for beginners
• Single-channel IoT socket
• portable timer
• Zhuque T12 soldering station (ESP32-WROOM-32U version)

Searched by Users

• RTD2660 LCD driver IC pin function
• Protel+DXP+2004+Simplified Chinese version download link
• Electrical Simulation Software
• Basics Ethernet frame structure analysis program ARP protocol to obtain the physical address of the active host in the local area network
• dsp common routines UCOS program source code based on TIDSP
• OrCAD10.5 download, OrCAD10.5 Chinese version software
• Renesas MCU Download Software
• ARM Cortex-M3 System Design and Implementation. STM32 Basics (2nd Edition)
• C++ Performance Optimization Guide.pdf
• Low voltage distribution cabinet design specification download pdf GB50054-95

Just Take a LookMore

• BlueNRG-1 controls 8 WS2812B chips to realize EEWORLD display with a shake stick
  First, implement the dot matrix display. The effect of the mobile phone photo is not good. The actual color is much cooler than thisMain code [code] #include "display.h" #include "spi.h" #include "ws2
• Brushed servo based on STM8S003F3P6
  Brushed servo based on STM8S003F3P6 1. Fast response without overspeed and jitter 2. Use back-EMF feedback 3. Good low-speed linearity 4. Large locking torque 5. Brushed iron core motor + potentiomete
• Understanding the difference between FIR filter and IIR filter in one article
  1. Both filters are digital filters. According to the difference in impulse response, digital filters are divided into finite impulse response (FIR) filters and infinite impulse response (IIR) filters
• Buck charger bq25700
  The application of buck-boost charger can range from notebooks to portable speakers, from smartphones to gateway backup, etc. So in this topic, the buck-boost charger architecture will introduce how t
• General Concept of Frequency Response
  [size=4] Frequency response representation method → Give the frequency characteristics of the common-emitter circuit → Qualitatively analyze its characteristics and the reasons for its formation, and
• (FPGA Experiment 5): Verilog HDL language digital tube clock (hours, minutes, seconds)
• How to choose the right AFE for BMS
• Design and production of LED electronic dot matrix screen control card (provide some ideas for question I)
• HC05 and HC06 Bluetooth configuration experience summary
• Some understanding of C language memory

Trending Downloads

• 21_0065E
• Microphone Basics
• Extraction of parasitic capacitance of ferrite ring inductor
• Switching Power Supply Design Guide 215 pages 7.6M.rar
• Dedicated to ARM beginners
• Synthesizable secondary DCM module source code based on Xilinx Vertex4
• Characteristics and applications of transmission parts for information equipment
• Peak Interference of Switching Power Supply and Its Suppression
• NDH833N
• PSA (E444xA), MXA (N9020A), EXA (N9010A) Vector Signal Analyzer

Trending ArticlesMore

• Video Tutorial | Principles of Operating Systems (Xi'an Jiaotong University)
• Synopsys Receives Four TSMC Open Innovation Platform Partner Awards
• 2021 Electric Competition | Why did the STM32G4 series win the prize for the power supply question?
• Countdown 2 days: With the "Exhibition Guide" in hand, you don't have to worry about your three-day trip to the 2021 Munich Shanghai Electronics Show!
• Product News | Power Management IC for NXP Semiconductors “i.MX 7Solo/7Dual” Application Processor Series Launched!
• Ending Soon | Sensorless Initial Position Detection Using Microcontrollers White Paper Download
• 【Winning Announcement】Welcome new friends! Congratulations to these 50 lucky fans, you won the prize!
• MLCC is out of stock! Don’t worry, you can try this “clever” method
• Versal ACAP Hardware, IP, and Platform Development Methodology Guide
• Three minutes to see the Ali chip layout behind the "Pingtou Ge"