制御機器 ：「ATF 20」の検索結果

ファミリー名 = ATF2500C。マクロセル数 = 24。ユーザI/O数 = 24。実装タイプ = スルーホール。パッケージタイプ = PDIP。動作温度 Max = +85 ℃。伝播遅延 = 20ns。個別アウトプットイネーブルコントロール = あり。寸法 = 52.57 x 13.97 x 4.44mm。高さ = 4.44mm。長さ = 52.57mm。幅 = 13.97mm。複合プログラム可能ロジックデバイス

可動バーを開放することにより、接地極側の抵抗を容易に測定することができます。 極を短絡することにより、接地極側の抵抗を容易に測定することができます。 可動バーを二段に配置したタイプ(AT-200W)もございますので、条件に応じてご使用いただけます。 ベース部は黒色と緑色のタイプがございます。

Intel(R) AtomTM プロセッサ搭載17インチ SXGA TFT LED LCD シンクライアント端， CFast 64G MLC， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M

Intel(R) AtomTM プロセッサ搭載15インチ XGA TFT LED LCD シンクライアント端， CFast 64G MLC， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M

Intel(R) AtomTM プロセッサ搭載10.1インチ WXGA TFT LED LCD シンクライアント端， CFast 64G MLC， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M源ケーブル， 3-pin， 1.8 M

Intel(R) AtomTM プロセッサ搭載12インチ XGA TFT LED LCD シンクライアント端， 2.5インチ SATA SSD 64G ， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M

Intel(R) AtomTM プロセッサ搭載12インチ XGA TFT LED LCD、C1D2 シンクライアント端， 2.5インチ SATA SSD 64G， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M

Intel(R) AtomTM プロセッサ搭載6.5インチ VGA TFT LED LCDシンクライアント端， CFast 64G MLC， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M

Intel(R) AtomTM プロセッサ搭載5.7インチ VGA TFT LED LCDシンクライアント端， CFast 64G MLC， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M

ファミリー名 = STM32L0。パッケージタイプ = LQFP。実装タイプ = 表面実装。ピン数 = 64。デバイスコア = ARM Cortex M0+。データバス幅 = 32bit。プログラムメモリサイズ = 32 kB。最大周波数 = 32MHz。RAMサイズ = 8 kB。SPIチャンネル数 = 4。I2Cチャンネル数 = 2。幅 = 10mm。Ultra-low-power platform 1.65 V to 3.6 V power supply -40 to 125 ℃ temperature range 0.27 μA Standby mode (2 wakeup pins) 0.4 μA Stop mode (16 wakeup lines) 0.8 μA Stop mode + RTC + 8 KB RAM retention 88 μA/MHz in Run mode 3.5 μs wakeup time (from RAM) 5 μs wakeup time (from Flash memory) Core: ArmR 32-bit CortexR-M0+ with MPU From 32 kHz up to 32 MHz max. 0.95 DMIPS/MHz Memories Up to 64 KB Flash memory with ECC 8KB RAM 2 KB of data EEPROM with ECC 20-byte backup register Sector protection against R/W operation Up to 51 fast I/Os (45 I/Os 5V tolerant) Reset and supply management Ultra-safe， low-power BOR (brownout reset) with 5 selectable thresholds Ultra-low-power POR/PDR Programmable voltage detector (PVD) Clock sources 1 to 25 MHz crystal oscillator 32 kHz oscillator for RTC with calibration High speed internal 16 MHz factory-trimmed RC (+/- 1%) Internal low-power 37 kHz RC Internal multispeed low-power 65 kHz to 4.2 MHz RC PLL for CPU clock Pre-programmed bootloader USART， SPI supported Development support Serial wire debug supported Rich Analogue peripherals 12-bit ADC 1.14 Msps up to 16 channels (down to 1.65 V) 2x ultra-low-power comparators (window mode and wake up capability， down to 1.65 V) 7-channel DMA controller， supporting ADC， SPI， I2C， USART， Timers 7x peripheral communication interfaces 2x USART (IrDA)， 1x UART (low power) Up to 4x SPI 16 Mbits/s 2x I2C (SMBus/PMBus) 9x timers: 1x 16-bit with up to 4 channels， 2x 16-bit with up to 2 channels， 1x 16-bit ultra-low-power timer， 1x SysTick， 1x RTC， 1x 16-bit basic， and 2x watchdogs (independent/window) CRC calculation unit， 96-bit unique ID

Microchip シンプルプログラマブルロジックデバイス. Atmelのこの高性能プログラマブルロジックデバイスは、低消費電力、高信頼性、業界標準アーキテクチャ(ISA：Industry Standard Architecture)を特長としています。

Microchip シンプルプログラマブルロジックデバイス. Atmelのこの高性能プログラマブルロジックデバイスは、低消費電力、高信頼性、業界標準アーキテクチャ(ISA：Industry Standard Architecture)を特長としています。

Microchip シンプルプログラマブルロジックデバイス. Atmelのこの高性能プログラマブルロジックデバイスは、低消費電力、高信頼性、業界標準アーキテクチャ(ISA：Industry Standard Architecture)を特長としています。

The Omron G5 high inertia motors are perfectly integrated into the new Sysmac automation platform。The servo is fully configured through the one software Sysmac Studio that includes configuration， programming， simulation and monitoring for the complete machine。The built-in EtherCAT connectivity with the distributed clock functionality allows accurate synchronisation between all servos with less than 1μ jitter。Accurax G5 also simplifies your mechanical and electrical design by including double registration input， full closed loop and multi-drive safety functionality.Built-in safety: multi-drives in a single safety relay circuit Full closed loop Double registration input

Intel(R) AtomTM プロセッサ搭載15.6インチ WXGA TFT LED LCD シンクライアント端， CFast 64G MLC， Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M

Intel(R) Pentium(R) Core i5-7300U Dual-Coreプロセッサを搭載した21.5インチ WXGA TFT LCD ファンレスパネルPC、8G SO-DDR3， mSATA 128G MLC Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M， 日本プラグ

Intel(R) Pentium(R) Core i5-7300U Dual-Coreプロセッサを搭載した15.6インチ WXGA TFT LCD ファンレスパネルPC、8G SO-DDR3， mSATA 128G MLC Win 10 IoT Ent LTSC 2019 64bit 日本語版， 24V電源 + PSE対応電源ケーブル， 3-pin， 1.8 M， 日本プラグ

TEConnectivityisproudtointroducethisautomotivegradethinfilmprecisionchipresistor，asistertoourhighlysuccessfulRN73range。Theresistorsareconstructedinahighgraderawmaterialsandlasertrimmedtogiveprecisetolerancefigures。This，coupledwiththetightTCRandanti-corrosiveprotectionlayergivesusarangeofresistorswhichareidealnotjustforautomotiveapplications，butalsoformedicalequipment，measuringinstrumentsandindustrialapplications.SMDTaNThinfilmresistorSpecialpassivationlayeronresistiveelementSulfurresistant

Cynergy3 Float SwitchThe Cynergy3 SSF24 series float switch is a vertical mount type and has NO/NC output This float switch has a stainless steel 316 body. It has a maximum operating pressure of 10bar. The switch is mounting on the top or the bottom of the tank from the inside. Hence， it requires access to the inside of the tank. The switch action may be reversed by removing the float， inverting it and then refitting it to the stem. What is a float switch? An SSF24X100 switch is the type of level sensor， a gadget to recognize the level of fluid inside a tank. The switch might be utilized to control a pump， as a pointer， a caution， or to control different gadgets. It consists of a reed switch and a pivoted magnet and can be used for normally open (N/O) or normally closed (N/C) operation. The switch action can be reversed rotating the switch through 180°. Guide how to choose the correct float switch One of the most reliable， well-demonstrated technologies for fluid level detecting is float switch. This sort of switch involves a magnet contained inside the float and also an attractive reed switch contained inside a settled housing. The movement of the float， due to changing fluid level， will cause the reed change to work (for instance close or open) at a specific level. This trusted and tried technology depends on a generally straightforward plan that offers long haul quality without the requirement for the client to calibrate a switch. There are different methods available on how to choose a float switch for a particular application， here are the main factors to consider: Physical arrangement and style The choice of styles depends on the physical arrangement of the tank， availability of mounting positions and whether there is access inside of the tank. Fundamental styles are horizontal / side mounting and vertical mounting. Horizontal / side mounting has a fixed housing， which you can find on the wall of a tank and it has got a hinged float attached to the fixed housing. Vertical usually have a fixed vertical stem and that is installed at the top or bottom of the tank. Material selection It is very important to choose a float switch that is made from the right materials， which are compatible with the liquids and temperatures of the chosen application. While using incorrect material it can resolve in damaging the component as well as the failure of a float switch. Material types: Nylon ? used for oils， diesel， organic chemicals and MEK (methylethylketon) based printing inks Polypropylene (PP) ? acids and alkali， detergents， oils， water， organic chemicals Polyphenylene sulphide (PPS) ? used for more aggressive chemicals and higher temperatures， up to 120℃ Stainless steel ? medical and food industries， hydraulic fluids， chemicals and environments with high-temperatures up to 135℃ Buna/Nitrophyl ? diesel， oil， petrol and water (stationary applications) D300 foam (PVC) ? mostly for hydraulic oils and chemical solutions Electrical You need to fully understand what is the nature of the load that requires to be switched and make sure that the float switch is adequate for holding your load. The electrical ratings， which we provide in specifications are resistive loads. Cables In areas where harsh liquids may spill onto external wiring， it is important to underline particular materials for the cables in connection to the float switches. You can either use standard， UL-approved cable types for the range of float switches， as well as high-temperature， low smoke zero halogen (LSZL) and other specialised materials.Features and BenefitsMinimum fluid SG is 0.8 Maximum switching power 50VA Cable length is standard 100cm Mounting thread is 1/8in BSP Cable size is 17/0.10 - AWG22 Maximum operating temperature is 120℃ Float SG 0.7 Lead outs are 100cm XLPE 17/0.1CertificationsISO9001