The OMB-ADC has been discontinued. Please see the OMB-TEMPSCAN as a possible subtitute. Or contact our Engineering Department.

OMB-ADC488

ZUR BESTELLTABELLE

16-Bit Resolution
Up to 100,000 Samples/Sec Conversions
16 Single-Ended or Eight Differential Inputs with Model OMB-ADC488/16
Eight Differential Simultaneous Sample/Hold Inputs with Model OMB-ADC488/8S
±1, ±2, ±5 and ±10 V Programmable Input Ranges
On-Board Memory Expansion to 512K
Eight TTL Compatible Digital Inputs and Eight TTL Compatible Digital Outputs
500 VCM Isolation

Beschreibung

The OMB-ADC has been discontinued. Please see the OMB-DAQSCAN-2000 as a possible substitute. Or contact our Engineering Department.

The OMB-ADC488 Series enables high-speed, high-resolution analog voltage measurements via the IEEE bus. These converters provide functions typically associated with expensive waveform recorders and digital storage oscilloscopes. The OMB-ADC488/16 provides 16 channels of analog input with 16-bit resolution and 100 kHz sampling rate. For maximum flexibility the input provides a variety of trigger sources including analog input level, external TTL input and IEEE bus commands. Each OMB-ADC488 is equipped as standard with 2K memory for on-board data storage. One hundred percent of the memory may also be used for storing pre-trigger data. The memory may be expanded to 256K with the OMB-MEMX2 option. If more than 16 channels are required, up to four OMB-ADC488/16 boards may function as slaves to a single master unit. This provides up to 80 single-ended or 40 differential signals. Once the master is triggered, all slaves acquire data within 250 nsec of the time event, ensuring precise time correlation. The OMB-ADC488/8S is an eight-channel version offering simultaneous sampling on all eight channels. The simultaneous sample/hold architecture virtually eliminates time skew and phase shift between channels.

*Alle Preisangaben in Euro.
Anmerkung: Comes with two analog input connectors, one digital I/O connector, rackmount and complete operator’s manual.