Ftl System Slots
Overview FTL: Hyperspace is a hard-coded mod (or 'exe mod') which aims to extend the modding capabilities of FTL. It provides a backend to more complex mods which were never possible before, adding features such as the ability to add completely new races with their own stats, a ship selector with infinite pages, and combining augments to create completely new ones. Mass: The more mass, the slower the ship for a given amount of thrust. Each slot has a base weight of 0.5. Sub-light speed FTL speed: speed at warp Turn rate Ordinance capacity Cargo space Presense of a command module (Cockpit, Bridge, or CIC) (Yes/No) Presense of empty slots (Yes/No) On the left hand side is a list of modules currently unlocked. Expand Weapon and Drone Slots to 4 by mreasymoney Faster Than Christmas Elves! by Gencool Flagship Randomizer by rannl and Sleeper Service FTL Challenge Generator by Kerooker FTL Craze Global Stat-Changes by sul FTL Enhanced Audio Pack by stylesrj FTL Equal Opportunity Employment Names by Sleeper Service FTL Event Tags by Threarah New!. FTL Unlocking Ships. There are 10 ships in total and 2 or 3 different layouts per ship that can be unlocked as well. A ship can carry a maximum of 8 crew members from various races.
- Contents
- Will my Linear Flash Card work in my operating system?
- PCMCIA Linear Flash PC Cards with Linux
- PCMCIA Linear Flash PC Cards with DOS and Windows 3.1X
- Windows Readers for PCMCIA Linear Flash PC Card Memory
- PCMCIA Linear Flash PC Cards with Windows 95
- PCMCIA Linear Flash PC Cards with Windows NT 3.51 and 4.0
- PCMCIA Linear Flash PC Cards with Windows 98
- PCMCIA Linear Flash PC Cards with Windows 98 SE
- PCMCIA Linear Flash PC Cards with Windows 2000
- Using PCMCIA Linear Flash PC Card Memory with Recent Windows Systems
- About Attribute (2K or 8K Attribute) in PCMCIA SRAM and Linear Flash PC Card Memory
- PCMCIA SRAM and Linear Flash PC Card Memory with Windows Server 2003
- PCMCIA SRAM and Linear Flash PC Card Memory with The Windows Vista
Will my Linear Flash Card work in my operating system?
Only if your operating system vendor provides drivers. Card readers and PCMCIA Linear Flash PC Cards do not come with drivers for PCMCIA Linear Flash PC Cards, it has always been the OS vendor's responsibility to include support or you will have to purchase a Card and Socket Services software package from a third party vendor.
PCMCIA Linear Flash PC Cards with Linux
Please see Linux PCMCIA HOWTO 4.7 PCMCIA memory cards.
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- PCMCIA Linear Flash
- Synchrotech Linear Flash
- See our extensive range of PCMCIA Linear Flash PC Cards
- Synchrotech offers AMD Series C, AMD Series C, Intel Series I, Intel Series II, and Intel Series II+. Other types are available for special order.
- Software Packages
- PCMCIA Memory PC Card Software
- PCMCIA Memory Card software for use with laptop slots or PCI based card readers
- Provide Windows with various degrees of support for PCMCIA SRAM and Linear Flash PC Cards
PCMCIA Linear Flash PC Cards with DOS and Windows 3.1X
For DOS and Windows 3.1X: PCMCIA Linear Flash PC Cards need a DOS version of a Card and Socket Services Program. Please check to see if you have this running, if not, contact your notebook PC vendor or card reader manufacturer. Some of the vendors listed or linked to on the PC Card support for MS Windows NT 4.0 page also make Card and Socket Services packages for other legacy Microsoft operating systems.
Windows Readers for PCMCIA Linear Flash PC Card Memory
OMNIDriveUSB Pro LF and OMNIDrive Pro are external read-writers for PCMCIA Linear Flash, SRAM, and ATA Flash PC Cards. Their specialized software package allow Windows users to access, view, manipulate and even copy via binary images, the data on PCMCIA Memory PC Cards. For built-in PC Card slots, see our software page.
- OMNIDriveUSB2 LF
- USB 2.0 to PC Card Read-Writer 1-Slot for ATA Flash + SRAM + Linear Flash (OMNIDriveUSB2 LF) (ART0020711)
- OMNIDriveUSB2 LF provides a specialized hardware/software bundle allowing Windows to work with PCMCIA SRAM, Linear Flash, and ATA Flash PC Cards. 32-bit 98/98SE/Millennium Edition/2000/XP/Server 2003/Vista/7, 64-bit XP/Vista/7
- PCM-CR-U2EX-LF Price: $519.00
- OMNIDrive Pro LF
- PCM-CR-P1EX3
- Parallel Port to PC Card Read-Writer 1 Slot + SRAM/Linear
- The PCM-CR-P1EX3 provides a specialized hardware/software bundle which allows Windows systems to work with PCMCIA SRAM, Linear Flash, and ATA Flash PC Cards
PCMCIA Linear Flash PC Cards with Windows 95
You may want to try these instructions from the 'Users of TrueFFS Flash File System for PCMCIA Cards' section of the Windows 95 CD-ROM Hardware.txt File. However, this is untested and unsupported by Synchrotech and is reproduced here as a service only.
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Users of TrueFFS Flash File System for PCMCIA Cards. The MS-DOS or Windows 3.1 versions of the TrueFFS driver will not work with the Windows 95 PCMCIA driver. To work with FTL formatted Linear Flash PCMCIA cards when the Windows 95 PCMCIA driver is enabled, you must install a new Windows 95 device driver provided by M-Systems. To do this, carry out the following procedure:
- In Control Panel, double-click the Add New Hardware icon.
- Click Next, and then click the option not to have Windows search for your new hardware.
- Click Hard Disk Controllers, and then click Next.
- From the list, click M-Systems.
- Click the specific Flash Card, and then click Next. Then follow the instructions on your screen.
NOTE: If M-Systems is not shown in the list, click Have Disk, and then insert the M-Systems Windows 95 installation disk and follow the instructions on your screen.
Otherwise, you may want to locate a Card and Socket Services software vendor for Windows 95. Some of the vendors listed or linked to on the PC Card support for MS Windows NT 4.0 page also make Card and Socket Services packages for other legacy Microsoft operating systems.
The following information may be of use with Windows 95:
PCMCIA Linear Flash PC Cards with Windows NT 3.51 and 4.0
For NT 3.51 and 4.0: You need a NT version of a Card and Socket Services software program on your system. Please contact your notebook PC vendor or card reader manufacturer. Please see our PC Card support for MS Windows NT 4.0 FAQ page for more information.
PCMCIA Linear Flash PC Cards with Windows 98
Use the drivers supply by Windows 98. These drivers are located in the following directory in the Windows 98 CDROM:
to install these drivers, do this:
- Remove all PCMCIA Linear Flash PC Cards from the PC Card socket
- Right click on driversstorageftltrueffs.inf This will create a directory in your windows directory called TFFS9X
- Once this directory is installed, all of the necessary drivers are installed.
- Add LASTDRIVE=Z statement on the CONFIG.SYS
- Restart your system
- Both slots are now PCMCIA Linear Flash PC Cards card compatible
The following information may be of use with Windows 98:
PCMCIA Linear Flash PC Cards with Windows 98 SE
The instructions above for Windows 98 should work with 98 Second Edition. However, this is untested and unsupported by Synchrotech and is reproduced here as a service only.
PCMCIA Linear Flash PC Cards with Windows Millennium
The MS-DOS or Windows 3.1 version of the TrueFFS driver does not work with the Windows Millennium PCMCIA driver. To work with FTL-formatted Linear Flash PCMCIA cards in Windows Millennium, install the device driver provided by M-Systems.
To install the device driver:
- In Windows Explorer, go to the DriversStorageFlash folder on your Windows Millennium CD.
- Right-click the file Trueffs.inf, and then click Install.
- Restart your computer.
Your PCMCIA Linear Flash PC Cards and SRAM cards will now function. For more information see Microsoft's Windows Millennium Edition Hardware.txt File page.
PCMCIA Linear Flash PC Cards with Windows 2000
Please see Windows 2000 Work Around for PC Card Linear Flash and SRAM. The best solution is an OMNIDrive either in USB or Parallel versions. See Windows Readers for PCMCIA Linear Flash and SRAM PC Card Memory for more information.
Using PCMCIA Linear Flash PC Card Memory with Recent Windows Systems
Please see Windows 2000/XP/Server 2003/Vista Solutions for PCMCIA SRAM and Linear Flash PC Cards.
About Attribute (2K or 8K Attribute) in PCMCIA SRAM and Linear Flash PC Card Memory
For devices that don't support the full Card Services standard, this CIS-like 2K or 8K storage tuple essentially informs the device what type of card has been inserted and in cases of storage cards, the capacity of the card. SRAM and Linear Flash are examples of cards that are available with or without a 2K or 8K Attribute. Types of devices that require attribute are usually lab equipment, embedded systems, PDAs and the like. For the most part, notebook computers support Card Services, and hence don't require attribute. When in question, check your device's documentation or contact you device manufacturer.
Description
The FTL is a test block for interfacing substation devices (protection relays, fault recorders, revenue meters, ... ) to the voltage and current transformers and to other equipment on the system side of a power grid.
The FTL test block uses disconnect pins to isolate the substation devices from the system side equipment. Once isolated, secondary injection can be performed using banana jacks on the front side of the test block.
Key Features
- Finger-safe
There are no exposed metallic parts on the FTL test block, greatly increasing safety during testing. Even the back-side is finger-safe. - Keyed Disconnect Pins
Disconnect pins are keyed to the corresponding slots of the test block, preventing mistakes and errors during test. - Less than 2 mΩ internal resistance
Thanks to the patented construction, FTL test blocks have an extremely low internal resistance. This decreases the burden placed on instrumentation transformers and also reduces heat dissipation inside cabinets and panels. - Over 100 Models and Counting
Models with 8, 10, 12, 14, 16, 18 or 20 poles. Any combination of currents, voltages or trip signals. Custom labeling. The right FTL test block either already exists or can easily be created. - Ideal for Retrofit of Older FT Switches
The 10-pole models use the same panel cutout as the older FT switches. Even the terminal labeling is the same. That means that you can have the increased safety and efficiency from the FTL without having to change your engineering drawings.
Principle of Operation
A FTL test block contains 8, 10, 12, 14, 16, 18 or 20 modular units (or poles) each allocated to a current, voltage, signal or trip circuit. Each circuit is connected through the block via two silver-plated copper contacts, pressed securely together by two pressure springs to create a highly conductive electrical connection. In this situation, a electrical connection is established between the device side (B) and the system side (A).
To open one of these modular poles, a disconnect pin is removed from its inactive 'parking' position and inserted between the silver-coated copper contacts (the 'test' position). In this position, the device and system sides of the test block are isolated from each other. For current circuits, the disconnect pins include internal shorting bridges. When the pin is moved back to the 'parking' position, the internal springs force the contacts back together, returning the circuit to its normally-closed position. There is no in-between position, completely eliminating the risk of accidents resulting from improperly closed circuits.
When the disconnect pin is in the 'test' position, a banana jack is accessible on the device side of the test block, allowing the connection of a test set and the associated signal injection. The banana jack on the system side is optional, but it is always accessible, if present.
Accessories
Allows the connection of test equipment with insulated banana plugs to the FTL test block (width of the insulated banana plug less than 11.5 mm)
This adapter is built for the connection of test equipment with relatively wide insulated banana plugs (width of 11.5 mm or more) to the FTL test block. One side of the adapter connects to the wide test lead and then connects via a short cable to a smaller banana plug that fits comfortably into the FTL banana jacks. The banana plug in the adapter assembly has a see-through plastic shielding that recedes when entered into the FTL banana jack.
This jumper cable allows the connection between 2 poles of the FTL test block. Both banana plugs of the jumper cable have a see-through plastic shielding that recedes when entered into the FTL banana jack.
This special test probe allows the connection of current measurement device or a shunt. The AWG 13 (2.5 mm) connection cable has a length of 118.11 inch (3 meters). The test probe are available with c-hook terminals or banana plugs at the tip of the cable.
SecuControl offers metal plates for installation of FTL test blocks in 19” racks that come painted in various colors and with various cutouts for LTB test blocks, in standard heights of 2U or 3U.
Please consult our manual on the download section of this site for ordering information.