High-Frequency Noise Suppression in Automotive Equipment Using Common Mode Choke Coils
Introduce noise suppression effect of new common mode choke coil which is effective to several MHz noise which is important to recent automotive equipment.
45 results found. 1 - 10 of 45 results
Inside Story behind the Development of RFID Modules Embedded into Tires: Supporting the Creation of Innovation in the Tire Business through Close Cooperation with a Tire Manufacturer
Murata Manufacturing Co., Ltd. has codeveloped a tough and small RFID module that can be embedded into tires through close cooperation with Michelin. This module will bring about innovation in the tire business by managing the usage situation over the entire life cycle of tires – from their production to their disposal.
Noise suppression technologies/case study introduction (Automotive)
CAN FD Noise Suppression-2 (2/2)
CAN FD is the high-speed version of the on-board LAN CAN that is currently in wide use. Due to the high signal frequencies, the suppression products used are required to take the mode conversion characteristics, etc. into account.
Noise suppression technologies/case study introduction (Automotive)
CAN FD Noise Suppression-1 (1/2)
CAN FD is the high-speed version of the on-board LAN CAN that is currently in wide use. Due to the high signal frequencies, the suppression products used are required to take the mode conversion characteristics, etc. into account.
Automotive MLCCs Balancing Reliability with Miniaturization and High Capacitance in a Closely Intertwined Evolution with the CASE Trend (3/3)
In Part 3 of our series, we will learn about the direction of development associated with the remaining two elements consisting of Shared and Services (S) and Electric (E), as well as the measures implemented when conducting advanced development of technologies and products in anticipation of needs amid changing automobile industry supply chains.
Automotive MLCCs Balancing Reliability with Miniaturization and High Capacitance in a Closely Intertwined Evolution with the CASE Trend (2/3)
Part 2 of our series will introduce the technologies and production systems that support the strengths of Murata’s automotive MLCCs. In addition, we also heard more about the direction of automotive MLCC development due to the progress of the Connected (C) and Autonomous (A) features that are part of the four elements that make up the CASE trend.
Automotive MLCCs Balancing Reliability with Miniaturization and High Capacitance in a Closely Intertwined Evolution with the CASE Trend (1/3)
Automotive MLCCs must prioritize the implementation of a higher level of quality that is completely different from the MLCCs for consumer devices. We spoke with two automotive MLCC product technology managers who are well versed in the application and technology requirement trends in the automotive industry about the type of MLCCs required in the CASE era, the frontlines of technology development to meet those requirements, and future developments.
Noise suppression technologies/case study introduction (Automotive)
PoC system requirements for inductors and noise suppression (4)
The PoC circuit is used in automotive cameras, etc. to transmit both signals and the power supply along the same cable. This section introduces inductors for configuring the Bias-T required in PoC and noise suppression in PoC.
Noise suppression technologies/case study introduction (Automotive)
PoC system requirements for inductors and noise suppression (3)
The PoC circuit is used in automotive cameras, etc. to transmit both signals and the power supply along the same cable. This section introduces inductors for configuring the Bias-T required in PoC and noise suppression in PoC.
Noise suppression technologies/case study introduction (Automotive)
PoC system requirements for inductors and noise suppression (2)
The PoC circuit is used in automotive cameras, etc. to transmit both signals and the power supply along the same cable. This section introduces inductors for configuring the Bias-T required in PoC and noise suppression in PoC.