Noise suppression technologies/case study introduction (Consumer)
Noise suppression measure for magnetic wireless charging
In this article, we introduce a method for handling noise issues with magnetic wireless charging, and the results of doing so.
Noise suppression technologies/case study introduction (Consumer)
MIPI C-PHY Immunity Noise Suppression
Introduction to a suppression method for a new noise problem in MIPI C-PHY and its effectiveness.
Noise suppression technologies/case study introduction (Consumer)
Service Robot Noise Suppression-3(3/3)
In contrast to robots used in factories, service robots enter people's living spaces, so advanced countermeasures are needed to handle malfunctions, etc. This section examines ways to handle malfunctions from the perspectives of both the problem of emission noise and immunity noise.
Noise suppression technologies/case study introduction (Consumer)
Service Robot Noise Suppression-2(2/3)
In contrast to robots used in factories, service robots enter people's living spaces, so advanced countermeasures are needed to handle malfunctions, etc. This section examines ways to handle malfunctions from the perspectives of both the problem of emission noise and immunity noise.
Noise suppression technologies/case study introduction (Consumer)
Service Robot Noise Suppression-1(1/3)
In contrast to robots used in factories, service robots enter people's living spaces, so advanced countermeasures are needed to handle malfunctions, etc. This section examines ways to handle malfunctions from the perspectives of both the problem of emission noise and immunity noise.
Noise suppression technologies/case study introduction (Consumer)
Noise suppression for devices employing USB Power Delivery (2)
USB chargers have a built in DC-DC converter to be able to change the voltage according to the device that is being supplied electricity. Because chargers that support USB PD supply a higher output than in the past, the noise tends to become intense.
Noise suppression technologies/case study introduction (Consumer)
Noise suppression for devices employing USB Power Delivery (1)
USB chargers have a built in DC-DC converter to be able to change the voltage according to the device that is being supplied electricity. Because chargers that support USB PD supply a higher output than in the past, the noise tends to become intense.
Noise suppression technologies/case study introduction (Consumer)
ToF Noise Suppression (3)
Cameras with built-in ToF are adopted to obtain three-dimensional information for smart phone facial recognition. Because ToF emits steep, high-output pulses, noise problems can be created. Ferrite beads are used to suppress such noise.
Noise suppression technologies/case study introduction (Consumer)
ToF Noise Suppression (2)
Cameras with built-in ToF are adopted to obtain three-dimensional information for smart phone facial recognition. Because ToF emits steep, high-output pulses, noise problems can be created. Ferrite beads are used to suppress such noise.
Noise suppression technologies/case study introduction (Consumer)
ToF Noise Suppression (1)
Cameras with built-in ToF are adopted to obtain three-dimensional information for smart phone facial recognition. Because ToF emits steep, high-output pulses, noise problems can be created. Ferrite beads are used to suppress such noise.