GT-IPMC
デジタルI/O / PMC/XMC
・Full support for core hardware requirements - ATCA hot swap interfaces - Hardware address detection from backplane - Control of E-Keying governed fabric interfaces - Thermal sensors (LM60 analog and/or DS75 digital) - Payload voltage monitoring - FRU LED management ・easy deployment for customer’s product - Configuration variables in a sourc…
GT-USB to RS232C/I2C
デジタルI/O /
・Single-chip integrated USB 2.0 Transceiver, SIE, and Enhanced 8051 Microprocessor ・Smart Serial Interface Engine ・Integrated I²C-Compatible controller, runs at 100 or 400KHz ・USB Connector : B-Type Connector ・RS232C Connector : mini 4pin connector ・I²C Connector : mini 3pin Connector ・USB Signaling Speed - Full speed : 12 Mbps - High speed : 480…
GT-CPCI-PA
その他 / CompactPCI
・Pin compatible with standard ATX Power supply - Support Voltage (3.3V, 5V, 12V)
GT-CCPMC-IDE
ストレージ / PMC/XMC
・Supports 2x IDE/PATA ports ・48-bit sector addressing ・Dual independent DMA ch with256k FIFO per ch ・Virtual DMA ・One on-board CF connector
Temperature/Humidity
その他 /
・Temperature - Measuring range : 0℃ ~ 80℃ - Operating temperature range : -40℃ ~ 120℃ ・Humidity - Measuring range : 10 ~ 95RH - Tolerance range : ±3 when 35~75RH, Temperature : 23℃ - Operating temperature range : -40℃ ~ 110℃
GT-LEDD-DIM
筐体 /
・Input AC 110V/220V ・power consumption 10W/13W ・PF 0.90 or more
GT-PMC-PA
その他 / PMC/XMC
・Pin compatible with standard ATX Power supply - Support Voltage (3.3V, 5V, 12V) ・I/O Clock change - Support Clock(33Mhz, 66 Mhz) - Power switch and Reset switch
GT-PMC-IWFDO
ストレージ / PMC/XMC
・CompactPCI bus management controller ・2x 10/100 Base-Tx Ethernet ・2x I2C bus controlled by Atmega16 micro-controller ・Alarm detecting and reporting
RDP( Radio Data Processor )
アナログI/O /
・RS232C sensor 2 channel measuring or RS232C 1 channel, RS485 1 channel measuring ・IRDA sensor 1 channel measuring ・Measured time display when it saves and sends the measured data ・DC power supply and battery using function ・Data transmitting period setting function
GT-SPM
その他 /
・600W Peak Pulse Power Dissipation ・Quick answer back speed of many nano second ・Low remaining voltage ・Minimization of signal loss by establishment of guard ・Non Fuse method : Excellent Quality of continuation transition ・Epoxide molding for improvement of burning resistance & moisture