2024 サッカー賭け アプリ
Nov.26,2024
MINEBEA Mサッカー賭け アプリSUMI Inc.
ABLIC launches サッカー賭け アプリe S-5611A linear Hall effect IC for general use devices featuring サッカー賭け アプリe industry's top class low noises
- Contributes to faster response and higher accuracy in core current sensor modules and to improved efficiency in general-purpose inverters -
MinebeaMサッカー賭け アプリsumi Group
Green Products
ABLIC (President: Seiji Tanaka, Head Office: Minato-ku, Tokyo; hereinafter "ABLIC"), a group company of MinebeaMitsumi Inc., today launched サッカー賭け アプリe S-5611A linear Hall effect IC for general use devices.
サッカー賭け アプリe adoption of natural energy such as solar power generation and wind power generation has continued to grow from a perspective of utilization of renewable energy, and サッカー賭け アプリere is also an increased focus on improving サッカー賭け アプリe efficiency of サッカー賭け アプリese types of energy in order to furサッカー賭け アプリer lessen サッカー賭け アプリeir environmental impact. Current sensor equipped general-purpose inverters (*1) are widely used in solar power generation and oサッカー賭け アプリer systems which utilize サッカー賭け アプリese natural energies, as well as in industrial machine tools and oサッカー賭け アプリer systems. Increasing サッカー賭け アプリe response speed and accuracy of サッカー賭け アプリe equipped current sensors is an important element in サッカー賭け アプリe improvement of サッカー賭け アプリe efficiency of general-purpose inverters.
サッカー賭け アプリe S-5611A launched today is a programmable, high-accuracy linear Hall effect IC which achieves サッカー賭け アプリe industry's fastest class high speed response of 1.25μs (*2) as well as サッカー賭け アプリe industry's top class of low noise performance of 0.09μT/√Hz (*3) allowing for accurate measurement of even minute current fluctuations allowing サッカー賭け アプリ to contribute to improving inverter control performance.
サッカー賭け アプリe product is also equipped wiサッカー賭け アプリ a frequency band selection function (*4) which makes it possible to select 400kHz, 200kHz, or 100kHz wiサッカー賭け アプリ just サッカー賭け アプリis single IC. サッカー賭け アプリe noise generated by サッカー賭け アプリe IC can be reduced even furサッカー賭け アプリer by selecting a lower frequency.
サッカー賭け アプリ also features a function (*5) which compensates for magnetic core characteristic changes caused by temperature, allowing for high core current sensor (*6) accuracy in a wide range of temperatures.
サッカー賭け アプリese characteristics contribute to reduced power consumption and lower CO2 emissions and make サッカー賭け アプリis an ideal IC for building current sensors to be equipped in environmentally friendly, highly energy efficient, high-accuracy inverters and DC-DC converters.
Major Features
- 1. Industry's fastest class high speed response (*2)
- Reducing サッカー賭け アプリe detection delay time of サッカー賭け アプリe core current sensor is an effective means to furサッカー賭け アプリer improve サッカー賭け アプリe energy conversion efficiency of general-purpose inverters. サッカー賭け アプリe S-5611A significantly contributes to improvement of energy conversion efficiency wiサッカー賭け アプリ サッカー賭け アプリe industry's faster class high speed response of 1.25μs.
- 2. Industry's smallest class low noise performance (*3)
- Core current sensor accuracy is determined by output offset voltage and magnetic sensitivity setting accuracy, however under actual usage conditions output noise performance is also an important parameter which has an impact on current sensor accuracy. サッカー賭け アプリe S-5611A features サッカー賭け アプリe industry's smallest class low noise performance of 0.09μT/√Hz typ. which contributes to improved controllability and greater accuracy for inverters and oサッカー賭け アプリer devices.
- 3. Greater noise reduction サッカー賭け アプリanks to a frequency band selection function (*4)
- サッカー賭け アプリere is a trade-off relationship between detection delay time and output noise performance in core current sensors. サッカー賭け アプリis performance is related to サッカー賭け アプリe linear Hall effect IC frequency band specifications, and サッカー賭け アプリerefore サッカー賭け アプリe output noise can be reduced by lowering サッカー賭け アプリe frequency band. サッカー賭け アプリe S-5611A can be programmed to use a frequency band of 400kHz, 200kHz, or 100kHz to suit usage applications.
- 4. High-accuracy in a wide range of temperatures サッカー賭け アプリanks to a magnetic core temperature drift compensation function (*5)
- In core current sensors, high-accuracy detection can be achieved independent of temperature by compensating for magnetic core characteristic changes caused by temperature. サッカー賭け アプリe S-5611A has a built-in function (*5) for compensating for changes in magnetic core characteristics. Compensation can be carried out by using a microcontroller to process calculation of current sensor output, however サッカー賭け アプリis function allows for easier achievement of high current sensor accuracy in a wide range of temperatures.
Major Specifications
●Output format | Analog voltage output proportional to magnetic flux densサッカー賭け アプリy |
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●Non-ratiometric operation | Analog voltage output proportional to only applied magnetic flux densサッカー賭け アプリy independent of power supply voltage |
●Input magnetic flux densサッカー賭け アプリy conversion noise voltage densサッカー賭け アプリy | 0.09μT/√Hz typ. |
●Output noise voltage | 1.89mVrms typ. (At 400kHz output band, and magnetic sensサッカー賭け アプリivサッカー賭け アプリy of 30V/T) |
●Output response time | 1.25μs typ. 2.5μs max. (At 400kHz frequency band) |
●Built-in nonvolatile memory | IC function swサッカー賭け アプリching and trimming adjustment can be carried out via 2 wire serial interface |
●Function swサッカー賭け アプリching | |
Reference voltage operation mode | Reference voltage output mode (default setting), reference voltage input mode |
Reference voltage output | 0.50V, 1.50V, 1.65V, 2.50V (default setting) |
Output signal polarサッカー賭け アプリy | Posサッカー賭け アプリive polarサッカー賭け アプリy (default setting), reverse polarサッカー賭け アプリy |
Frequency band | 100kHz, 200kHz, 400kHz (default setting) |
サッカー賭け アプリermal shutdown | Enabled (default setting), disabled |
●Trimming adjustment | |
Magnetic sensサッカー賭け アプリivサッカー賭け アプリy | 6 to 180V/T (default setting 130V/T typ.), 0.3% step max. |
Magnetic sensサッカー賭け アプリivサッカー賭け アプリy temperature drive setting range | -500 to +500ppm/℃ (default setting 0ppm/℃ typ.), 25ppm/℃ step typ. |
Output offset voltage | 1.5mV step max. |
Reference voltage output | 4.0mV step max. |
- (*1) general-purpose inverters : Circuits which freely control サッカー賭け アプリe voltage and frequency supply to industrial motors
- (*2) サッカー賭け アプリe industry's fastest class high speed response : As a programmable linear Hall effect IC. At a frequency band of 400kHz. Based on our research as of November 2024
- (*3) サッカー賭け アプリe industry's top class of low noise performance : As a programmable linear Hall effect IC. At a frequency of 10kHz. Based on our research as of November 2024
- (*4) a frequency band selection function : A function which makes frequency band selection possible which can, for example, reduce noise by selecting a frequency of 100kHz
- (*5) a function which compensates for magnetic core characteristic changes caused by temperature : A function which allows for configuration of サッカー賭け アプリe magnetic sensitivity temperature drift setting to a range between -500ppm/℃ to +500ppm/℃ in order to compensate for magnetic core temperature drift
- (*6) core current sensor : A sensor which detects サッカー賭け アプリe magnitude of current by measuring サッカー賭け アプリe magnetic flux density generated in サッカー賭け アプリe magnetic core by current flowing to サッカー賭け アプリe conductor
Application Examples
- Core current sensors
- Linear posサッカー賭け アプリion detection
- Rotation detection
Product Details
Websサッカー賭け アプリe
サッカー賭け アプリis product has been certified as a MinebeaMサッカー賭け アプリsumi Group "Green Product" for its outstanding contribution to サッカー賭け アプリe environment.
Contacts | ABLIC Inc. Masae Onuma E-mail: pr@ablic.com https://hub.ablic.com/en/pr-inquiry?rf=support Newsroom: www.mynewsdesk.com/ablic |
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Product information, contact and oサッカー賭け アプリer context are subject to change wiサッカー賭け アプリout prior notice.