MT9040 T1/E1 Synchronizer data

Recommended ContentMore

Open source project More

• H3LIS331DL 3-axis digital accelerometer adapter board, standard DIL 24 socket, compatible with STEVAL-MKI109V2
• TPS5430 step-down module
• Positive and negative power supply design based on xl6019
• STC8H3K64S2 makes 12864LCD dual-channel voltage and current capacity meter
• High quality multi-power perforated board
• MTRCKTDBN5643L: Dual 3-phase sensorless BLDC development kit using NXP MPC5643L microcontroller
• 4-channel LED driver with STP4CMP based charge pump
• Electromagnetic gun engineering
• FPV rack-1.6 inch-Baby Nazgul magic modification
• High-precision angular velocity sensor module

Searched by Users

• WinCC Alarm Control Operation Example
• Embedded Real-Time Operating System uCOSII Principles and Applications - Ren Zhe (Book and CD-ROM)
• MENTOR_EE2005_SP3_Official Textbook
• EPLAN macro for Mitsubishi PLC, EPLAN4.P.MITSUBISHI.FX3U.rar
• LED display control program
• CCS v6 software download
• Microgrid simulation system (model + documentation)
• A New Method for Designing CCD Driving Circuit
• EPLAN electrical drawings
• Mechanical System Dynamics Analysis and ADAMS Application Tutorial 447 pages 25.3M.pdf

Just Take a LookMore

• Infinite gain multi-channel negative feedback (MFB) second-order Butterworth low-pass filter parameter conversion
  #Infinite gain multi-channel negative feedback (MFB) second-order Butterworth low-pass filter parameter conversion##Circuit model and parameter conversion According to the previous two posts [Single-c
• Using all his strength, he took apart a big, glittering golden thing. Guess what treasure this is?
  It was my first time disassembling something like this. It took me more than an hour to open the shell. I was so tired that I took some time to sort it out after the Chinese New Year. I guess there ar
• How can smart home devices be protected against piracy?
  How can smart home devices be protected against piracy?
• Bidirectional clamping diode principle
  The following is a bidirectional clamping diode, which will clamp the output voltage of the PIN pin between VDD and GND (if the tube voltage drop is ignored) But I don't understand, when we talk about
• Speed sensor
  Can you help me analyze this circuit diagram? My own drawing is a bit rough. What is the signal input terminal of ADVFC32? The signal is first converted to voltage by advfc32 and then amplified by LM2
• Kalman Filter
• Please recommend power amplifier chip
• Can this kind of wick be directly lit by 220V?
• MM32F103 Development Board Evaluation: Driving ROHM Hall Sensor
• Why is the gain waveform in Multisim 12.0 simulation abnormal? I cannot see the -3dB bandwidth

Trending Downloads

• Surveying and mapping industry: transformation of several coordinate systems on four ellipsoids with different parameters
• It is the source code of a book of MFCfaq
• Design of energy-saving control system for simulated street lamps
• AS3020 Technical Data
• Contents Introduction This book starts with practical application
• Guaranteed Cost Control for Delay-Dependent Uncertain Systems
• Test King LPI 201 Exam v1.0.
• RT9202
• DSP functions implemented with MATLAB
• FreeRTOS Tutorial

Trending ArticlesMore

• Duan Aiguo: Huawei Security will never quit until it becomes the best
• Active Disturbance Rejection Control 03: What tricks does ADRC have for fast control?
• Microchip Security Solutions' Third "Trust&GO for Any Cloud Service" Conference Successfully Held
• Ice and fire! Huang Zheng becomes China's second richest man, Jiang Fan's high-level talent certification is suspended
• ICLR 2021 Outstanding Paper Award Announced, DeepMind is the Biggest Winner
• How can small and medium-sized manufacturing enterprises transform and upgrade?
• He explored new solutions to mathematical problems that Euler, Euclid, and Descartes could not solve.
• With 4G, machines can communicate with each other at high speed
• Quectel Communications is the first to launch the second-generation 5G module supporting 3GPP R16 protocol
• What is Communication? (Episode 2)