MicroMax's Solutions
MicroMax's Solutions
MicroMax's Solutions
IR104
PC104 Rugged Relay Board
The IR104 is a PC104 rugged industrial relay module featuring 20 optoisolated digital inputs and 20 relay outputs, sufficient for many industrial control applications. Each input can accept either AC or DC voltages with a range of 3-24V and are accessed through a 40-pin header that mates with a standard ribbon cable. The 20 SPST (Form A) relays have a long lifetime (20,000,000 operations, 100,000 at full load) and quick actuation time (10ms max operate, 5ms release). The relays are supplied with a contact rating of 250VAC or 30VDC @ 5A giving the IR104 the ability to directly control switches for small motors or solenoids. The relays are in the open state when deactivated / powered off.
To allow for quick and convenient installation, a pair of 20-position detachable terminal blocks accept wire sizes of 14-28AWG. The IR104 is a compact design measuring 3.550″ x 3.775″ with a maximum component height of 0.492″. A 16-bit PC/104 BUS is included to allow for easy integration into embedded systems or to allow for up to 4 IR104 modules to be stacked together.
The IR104 operates on single 5VDC, has a −25° to +70°C operating temperature range and is now RoHS compliant.
ISA104
ISA bus extender for PC/104 stacks
This passive extender card allows developers to mount an 8 or 16-bit PC/104 card into a standard ISA bus PC system, avoiding the need for a dedicated PC/104 stack for development work.
The adapter is equipped with a stack-through connector so the test card can be installed on either side enabling probing on the front or the back. A secondary PC/104 location allows addition of troubleshooting modules.
Standard Usage
Simply stack the test PC/104 card onto the adapter's PC/104 connectors and insert the adapter into the host system's ISA slot. No additional configuration is required
PC104-T
16 bit AC termination modules for the PC/104 bus
AC termination provides increased noise immunity for mobile PC/104 applications. Vehicle environments are notoriously noisy. EMI, voltage spikes, and other noise sources can interfere with proper bus operation and corrupt data transfers.
The AC termination board shown here plugs onto the end of the PC/104 stack to quiet the bus signals and increase system integrity more effectively than simple resistive termination. It can be used with any PC/104 system, with or without a PC/104 power supply module.
When ordering the HE104 power supply modules, order option-T, and the bus termination components will be mounted right on the circuit board module without taking up additional height on the PC/104 stack.
Postcode104/ISA
Debugging tool with PC/104 header
The Postcode104/ISA is a ‘Power On Self Test’ (POST) code board that is an excellent microprocessor based debugging tool. Featuring both a PC/104 bus and an ISA connector, POST codes can be toggled through to quickly identify any errors.
Plugging the module onto a Single Board Computer’s PC/104 or ISA BUS provides a ‘Power On Self Test’ at system startup. POSTcodes are captured from port 80h/84h and saved in EEPROM memory. The Postcode104/ISA has two hundred fifty POSTcodes stored in a FIFO buffer that can be viewed via the onboard LED display. PREV and NEXT buttons on the module allow the user to toggle through the list of POSTcodes to quickly identify errors. A serial output is provided for printing with time stamped code history. Features reset, polling, and storage modes.
The Postcode104/ISA is a standalone tool measuring 3.75″ x 1.75″ that runs off power supplied by the computer Bus.
VersaTainer
Rugged PC/104 or EBX Enclosure
The VersaTainer (VT104) is a rugged EBX and PC/104 enclosure system constructed of .125″ aluminum and designed for hostile and mobile environments. It features a dual system of shock and vibration isolation which comprises of internal rubber corner rails absorb high-frequency vibrations, while the entire enclosure is mounted on the host platform with a thick rubber pad which absorbs low-frequency G-forces. The rubber pad may be removed for optional mounting solutions such as hard mounting, flange endcap, or fluidic mount assembly.
The VersaTainer is capable of housing PC/104 and EBX payloads. For PC/104, the stack mounts axially along the entire length of the enclosure body. For EBX, An optional EBX mounting plate (VT-EBX) is available to mount the SBC to be horizontally with ample room for several PC/104 accessory cards to be installed. Accessory modules such as hard drives larger than 3.550″ x 3.775″ can be mounted to an optional septum plate that installs vertically into rails that run the length of the enclosure. For smaller items, an optional PC/104-size aluminum plate allows for direct mounting in the PC/104 stack.
The VersaTainer enclosure cross section measures 7.10″ wide by 5.70″ high (not including mounting pad) and is available in standard lengths from 4″ to 12″ and custom lengths up to 48″. Each VersaTainer is available as a kit with mounting accessories. Blank and pre-designed endcaps are available from stock, or the customer may design their own cutouts using one of our VersaTainer endcap templates. These rugged enclosures have been protecting PC104 systems all over the world in the harshest environments the mining, transportation, military, and aerospace industries have to offer. The VersaTainer and its standard accessories are RoHS compliant.
CanTainer
Rugged PC/104 Enclosure
The CanTainer is a rugged PC/104 enclosure system constructed of .125″ aluminum and designed for hostile and mobile environments. It features a dual system of shock and vibration isolation: The PC/104 modules are mounted axially in the enclosure with four internal rubber corner rails to absorb high-frequency vibrations, while the entire enclosure is mounted on the host platform with a thick rubber pad which absorbs low-frequency G-forces. The rubber pad may be removed for optional mounting solutions such as hard mounting, flange endcap, or fluidic mount assembly.
The CanTainer enclosure cross section measures 6.00″ wide by 5.45″ high (not including mounting pad) and is designed to mount PC/104 boards axially along the entire length of the enclosure body. The enclosure is available in standard lengths from 2″ and 12″ with custom lengths up to 48″.
To mount non PC/104 boards or items such as hard drives that are larger than 3.550″ x 3.775″, there is an optional septum plate. These install vertically into rails that run the length of the enclosure. For smaller items, an optional PC/104-size aluminum plate allows for direct mounting in the PC/104 stack. Each CanTainer is available as a kit with mounting accessories. Blank and pre-designed endcaps are available separately, or the customer may design their own cutouts using one of our CanTainer endcap templates. These rugged enclosures have been protecting PC104 systems all over the world in the harshest environments the mining, transportation, military, and aerospace industries have to offer.
TPSi1075
Isolated 75W DC/DC Power Converter
Tri-M's TPSi1075 is an isolated PC/104-Plus power solution, designed for embedded applications requiring isolation and clean power in rugged environments.
With wide-range input voltages, transient suppression, galvanic isolation, and quick-disconnect terminal mating plugs, this rugged design is ideal for any industrial application.
Designed for harsh environments, including military standards, shock, vibration and extended temperature, the TPSi1075 is well suited for transportation, defence, and aerospace industries. For reliable protection and high performance, the TPSi1075 is the perfect solution for isolated DC power.
BAT-SLA45
45 Watt-hour Sealed Lead Acid Backup for Smart Charging Power Supplies
The BAT-SLA series includes the BAT-SLA25 and the BAT-SLA45. The BAT-SLA battery backup units have PC/104 footprint and create a complete UPS system by plugging directly into the bottom of the HESC (including the V5SC-SER) Vehicle Power Supplies. Each BAT-SLA includes five SLA batteries for a nominal backup voltage of 10 volts. The BAT-SLA45 utilizes 4.5Ahr batteries for a total of 45 watt-hrs of backup power. Therefore a BAT-SLA45 can supply backup power for up to sixty minutes for a 45 watt load.
The BAT-SLA includes Mosfet transistors for preventing deep discharge occurrences during extended power outages. The Mosfet transistors electrically isolate the BAT-SLA from the HESC whenever the BE output of the HESC is de-asserted (pulled to 5V)
The BAT-SLA has a current activated fuse for protection against shorts on the battery output.
A digital I2C temperature sensor provides temperature feedback for ambient temperature measurement which can be read by the HESC.
BAT-SLA25
25 Watt-hour Sealed Lead Acid Backup for Smart Charging Power Supplies
The BAT-SLA series includes the BAT-SLA25 and the BAT-SLA45. The BAT-SLA battery backup units have PC/104 footprint and create a complete UPS system by plugging directly into the bottom of the HESC (including the V5SC-SER) Vehicle Power Supplies. Each BAT-SLA includes five SLA batteries for a nominal backup voltage of 10 volts. The BAT-SLA25 utilizes 2.5Ahr batteries for a total of 25 watt-hrs backup. Therefore a BAT-SLA25 can supply backup power for up to sixty minutes for a 25 watt load.
The BAT-SLA includes Mosfet transistors for preventing deep discharge occurrences during extended power outages. The Mosfet transistors electrically isolate the BAT-SLA from the HESC whenever the BE output of the HESC is de-asserted (pulled to 5V)
The BAT-SLA has a current activated fuse for protection against shorts on the battery output.
A digital I2C temperature sensor provides temperature feedback for ambient temperature measurement which can be read by the HESC.
BAT104-NiMh
PC104 NiMh Battery Backup
The BAT104-NiMh creates a complete NiMh UPS system by plugging directly into the bottom of the HESC (including the V5SC-SER) Vehicle Power Supplies. The BAT104-NiMh includes seven 2300ma-hr NiMh batteries for a total of 19.3 watt-hours of power. Therefore a BAT104-NiMh can supply backup power for up to sixty minutes to a 19.3 watt load.
The BAT104-NiMh includes Mosfet transistors for preventing deep discharge occurrences during extended power outages. The Mosfet transistors electrically isolate the BAT104-NiMh from the HESC whenever the BE output of the HESC is de-asserted (pulled to 5V).
The BAT104-NiMh has both a thermal fuse and a current fuse for protection against overcharging, and shorts on the battery output.
A digital I2C temperature sensor provides temperature feedback for charge termination, which can be read by the HESC.
