dollx8造句

• The latest version of DOLLx8 as of February 2012 is 3.18b.
• MISOLIMA DOLLx8 system is based on several complete small modules and can be used in various integrated electronic projects.
• This section shows how to send a command to DOLLx8 via MISOLIMA . DLL and Visual Basic 6.0.
• DOLLx8 devices may connect to a PC or server via UTP cable, but can also be used " stand alone " without a central computer.
• There are several CHIPS projects and products available today where such systems are i . e . MISOLIMA DOLLx8 and Olivetti's " Mael Gateasy ".
• The bus speed in DOLLx8 network is managed by the CLK signal and are currently set to 36kHz, which represents 14 milliseconds between each clock pulse.
• The DOLLx8 system is then passively in standby or hibernation mode with minimal power consumption that leads to zero electromagnetic interference ( EMI ) in the network.
• The DOLLx8 bus works with five logical signals at 5 volts each, where the bus-line requires resistors as electrical termination ( terminator ) of 120 ohm.
• If this command is sent to a DOLLx8 device with a buzzer installed it will start to buzz until the " OFF " command is sent to the device.
• The DOLLx8 solution is used in vehicles, buses, trains, caravans, marine, aviation, laboratories, homes, offices, buildings and in other automated systems.
• One such product-range is MISOLIMA Home and Offices that is ready-built modular houses supplied with DOLLx8 technologies such as home automation, solar cells and GSM alarm.
• MISOLIMA accounts for most of the product developments in cooperation with other companies that use DOLLx8 technologies, where MISOLIMA gets grants from the National Innovation Agency in the development of DOLLx8 for Android.
• MISOLIMA accounts for most of the product developments in cooperation with other companies that use DOLLx8 technologies, where MISOLIMA gets grants from the National Innovation Agency in the development of DOLLx8 for Android.
• The streaming system that was developed back then by ASLT was also used in later versions and is now a permanent part of DOLLx8 in connection with sensor streaming technologies and GSM data transfer via GPRS.
• DOLLx8 as multi-functional data network with mixture of combinatorial logics may connect via single or multiple connection-points adapted to multiple systems as defined in Common Hybrid Interface Protocol System ( CHIPS ).
• The system uses standard UTP category-5 Ethernet cable ( twisted pair cable ) with eight contact points and RJ-45 as end-piece connected to i . e . the DOLLx8 eMaster unit.
• Some years later, around 1995 and until 1999, the DOLL was further developed together with a new group of developers in New Zealand and then became the DOLLx8 versions 1.0 to 3.0.
• DOLLx8 was then also extended into applications such as audio where it was emphasized on that the system should send feedbacks to the master unit and where one could check the status of all devices connected to the network.
• This table shows the bus signals and color codes in DOLLx8 contact points on MISOLIMA eSherlock 1800Tx8 where the contact "'C2 "'is connected to the RJ-45 end-piece of the UTP cable.
• This IoT serial number is registered by the manufacturer and together with the 12-digit DOLLx8 Product ID, this becomes the " IoT product-ID " which can then be identified as a unique number on a worldwide basis.