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FORTELION 24V Battery Module Implementation Example: Ricoh Company, Ltd. (For AGVs/AMRs)
The implementation of the FORTELION 24V battery module realizes operation of AGVs over a long time, reducing the burden on workers and increasing safety. In this video, we ask what led to the implementation of the module.
6:28
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1210-inch surface mount common mode choke coil | DLW32PH series | Murata
Murata has released the DLW32PH series of wire wound chip common mode choke coils for EMI suppression. Its advance design minimizes stray capacitance resulting in significant high impedance across a wide frequency range. The DLW32PH series is ideally
1:31
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대공개！ECAS 시리즈의 단면을 보여드리겠습니다 ~단면도를 통해 알 수 있는, "고용량· 낮은 ESR의 비밀"
고용량 · 낮은 ESR의 전도성 고분자 알루미늄 전해 커패시터 「ECAS 시리즈」는 어떤 구조로 이루어져 있을까요? 지금, ECAS 시리즈의 내부 구조부터 강점까지 설명드리도록 하겠습니다! 커패시터의 경우 분해하여 내부 구조를 확인하는 것이 어렵기 때문에 내부 구조에 대해서도 이미지화를 하는 것이 쉽지 않습니다. 하지만 3D CAD 데이터를 이용해서 내부 구조에 대해서 이해하기 쉽도록 영상을 준비하였으니 꼭 한번 확인해 주시기 바랍니다.
2:59
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Block Type EMI Suppression Filter | BNX02 series | Murata
Murata has introduced the BNX02 series of block type chip ferrite beads. BNX02 series continues to be a popular choice for eliminating EMI problems in a wide range of products.
1:19
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Thermistor Workshop - Basics: Part 1 - NTC Thermistors and Temperature Sensor Circuits
This video explains the characteristics of thermistors, comparing SMD-type components used in temperature sensor circuits. The basics consist of three parts.
7:29
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Thermistor Workshop - Basics: Part 3 - Design Support in SimSurfing.
Murata’s SimSurfing design support tool simplifies the process of designing circuits using thermistors. This video explains how to use SimSurfing. The basics consist of three parts.
6:33
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Thermistor Workshop - Basics: Part 2 - Temperature Sensor Circuit Creation and Usage Examples
This video describes the use of thermistors in temperature sensor circuits, alert circuits, and for temperature compensation circuits. The basics consist of three parts.
11:44
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Responsiveness: Indirect liquid conveyance
In this demonstration, pressurized air is used convey liquids indirectly. Two microblowers are used, one for expulsion and one for suction.
1:17
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Pressurizing: Siphon
The microblower can generate high air pressure. In this demonstration, the air pressure in a tank is raised, causing water to be pumped upward.
1:04
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Pressurizing (pushing out): Piston
In this demonstration, an MZB3004T04 microblower that is thin but capable of outputting high pressure is used to raise a 1-liter plastic bottle filled with water by means of air pressure.
0:44
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Pressurizing (expansion): Balloon
In this demonstration, multiple microblowers are used, arranged in parallel. The thinness and compactness of the microblowers allows them to be incorporated flexibly into various layouts.
0:59
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Responsiveness: Floating a ball by blowing air from below
In this demonstration, a microblower expels air from below to float a ball. The way that the ball floats upward as soon as the button is pressed confirms the high responsiveness of the microblower.
0:40
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