Beschikbare fastATE modules.

 

YAV90832 Multifunction board with 80 in/out

870,00

YAV90832 Multifunction board with 80 in/out Image

YAV90832

Catalogue overview available YAVModules

Download the Catalogue.

Description
• 40 Input: 16 analog 10 Bit unipolar and three groups of 8 (24 in total) digital input with trigger level selectable.
• 32 Outputs (MOS) with an independent supply in groups of 8 protected and monitored.
• 4 analog output unipolar from 0…+15VDC
• 4 PWM output
• Powerful commands to read the values with triggered automatic filters
• VPC Tripaddle connector
• Can bus controlled, with address and speed selection
• Only 24Vdc power supply
• The module is automatically identified
• National Instruments LabView drivers

Applications
• Digital signals monitoring
• Analog Input and output
• 2 square pulses, shifted 90º, encoder emulator
• Fast counter from encoders with 1 or 2 square pulses, shifted 90º
• Relay and/or load actuators

YAV90832 inputs and outputs are sharing the common of the 24Vdc power supply. This common must be connected to the DUTs common.

Analog inputs accept up to +30V voltages with an acquisition resolution of 10 bits +1. They are protected up to +50V.

Digital inputs are organized in groups of 8, conforming banks. The first bank has 16 inputs while a second one has 8 inputs. Each bank has a terminal to set the trigger level. The board has two reference outputs (+2,5V and +5V) to be used as trigger level, in a direct manner or through a voltage divider.

Digital Outputs are organized in groups of 8. Each group has an independent supply voltage pin. They can work from +11VDC to +45VDC, sourcing up to 600mA. Failure monitoring for each group is available.

6 outputs can be used either as powered digital outputs (from terminal 89 to terminal 96) or as modulated outputs: additional four analog ports (from 57 to 60) and four PWM ports (from 61 to 64) are available. When modulated outputs are being used (analog or PWM), the logical status of the digital outputs will be a squared wave which is ON time proportional to the value of that modulated output.

Digital inputs 21-23 and 22-24 can be set as incremental encoder inputs (two channel 90º quadrature, up to 1MHz)

 

Technical Data

Parameter Nhemonic Conditions Value Units
Mín Normal Máx
Analog input
Measurement voltage range VAIN   0   15 VDC
Input impedance RAIN   1.2 MOhms
Resolution MR   10 Bits
Maximum uncertainty       ±2   Bit
Digital PNP input
Input voltage VDIN   0   30 VDC
Input impedance RDIN     100   KOhms
Trigger level voltage for 1 logic (Selection Ref.) VTRG   2,5 5 VDC
Encoder inputs
Trigger level voltage for 1 logic (Selection Ref.) VDIN   2,5 5 VDC
Counting frequency (Port P3) (2 Encoders) FMAX3       >100.000 Hz
Counting frequency (Port P5) (1 Encoder) FMAX5       >10.000 Hz
Voltage references
Reference voltage 2V5 VR2V5   2.475 2.500 2.525 VDC
Internal resistance RR2V5     100   ohms
Reference voltage 1V25 VR10V   1.237 1.250 1.2625 VDC
Internal resistance RR10V     100   ohms
Digital PNP output
Current I IOUT Permanent 625 mA
Internal resistance ROUT ON mode 200 mOhms
Working voltage VOUT   11 45 VDC
Working temperature TWRK   5 65 °C
Analog output
Short-circuit current Source mode (V= 0V) IOUTSource Permanent 16 16 16 mA
Short-circuit current Sink mode (V= 0V) IOUTSink Permanent 11 11 11 mA
Internal resistance ROUT     100   ohms
Output voltage VOUT   0 10 VDC
PWM Output
Current IOUT Permanent   625   mA
Internal resistance ROUT     200   mOhms
Working voltage VOUT   11   45 VDC

Ordering information

Description P/N
Multifunction board with 80 in/out YAV90832 YAV90832

Categorie:
YAVModules
Subcategorie:
Digital and Analog I/O's

YAV90832 Multifunction board with 80 in/out

870,00

YAV90832 Multifunction board with 80 in/out Image

YAV90832

Catalogue overview available YAVModules

Download the Catalogue.

Description
• 40 Input: 16 analog 10 Bit unipolar and three groups of 8 (24 in total) digital input with trigger level selectable.
• 32 Outputs (MOS) with an independent supply in groups of 8 protected and monitored.
• 4 analog output unipolar from 0…+15VDC
• 4 PWM output
• Powerful commands to read the values with triggered automatic filters
• VPC Tripaddle connector
• Can bus controlled, with address and speed selection
• Only 24Vdc power supply
• The module is automatically identified
• National Instruments LabView drivers

Applications
• Digital signals monitoring
• Analog Input and output
• 2 square pulses, shifted 90º, encoder emulator
• Fast counter from encoders with 1 or 2 square pulses, shifted 90º
• Relay and/or load actuators

YAV90832 inputs and outputs are sharing the common of the 24Vdc power supply. This common must be connected to the DUTs common.

Analog inputs accept up to +30V voltages with an acquisition resolution of 10 bits +1. They are protected up to +50V.

Digital inputs are organized in groups of 8, conforming banks. The first bank has 16 inputs while a second one has 8 inputs. Each bank has a terminal to set the trigger level. The board has two reference outputs (+2,5V and +5V) to be used as trigger level, in a direct manner or through a voltage divider.

Digital Outputs are organized in groups of 8. Each group has an independent supply voltage pin. They can work from +11VDC to +45VDC, sourcing up to 600mA. Failure monitoring for each group is available.

6 outputs can be used either as powered digital outputs (from terminal 89 to terminal 96) or as modulated outputs: additional four analog ports (from 57 to 60) and four PWM ports (from 61 to 64) are available. When modulated outputs are being used (analog or PWM), the logical status of the digital outputs will be a squared wave which is ON time proportional to the value of that modulated output.

Digital inputs 21-23 and 22-24 can be set as incremental encoder inputs (two channel 90º quadrature, up to 1MHz)

 

Technical Data

Parameter Nhemonic Conditions Value Units
Mín Normal Máx
Analog input
Measurement voltage range VAIN   0   15 VDC
Input impedance RAIN   1.2 MOhms
Resolution MR   10 Bits
Maximum uncertainty       ±2   Bit
Digital PNP input
Input voltage VDIN   0   30 VDC
Input impedance RDIN     100   KOhms
Trigger level voltage for 1 logic (Selection Ref.) VTRG   2,5 5 VDC
Encoder inputs
Trigger level voltage for 1 logic (Selection Ref.) VDIN   2,5 5 VDC
Counting frequency (Port P3) (2 Encoders) FMAX3       >100.000 Hz
Counting frequency (Port P5) (1 Encoder) FMAX5       >10.000 Hz
Voltage references
Reference voltage 2V5 VR2V5   2.475 2.500 2.525 VDC
Internal resistance RR2V5     100   ohms
Reference voltage 1V25 VR10V   1.237 1.250 1.2625 VDC
Internal resistance RR10V     100   ohms
Digital PNP output
Current I IOUT Permanent 625 mA
Internal resistance ROUT ON mode 200 mOhms
Working voltage VOUT   11 45 VDC
Working temperature TWRK   5 65 °C
Analog output
Short-circuit current Source mode (V= 0V) IOUTSource Permanent 16 16 16 mA
Short-circuit current Sink mode (V= 0V) IOUTSink Permanent 11 11 11 mA
Internal resistance ROUT     100   ohms
Output voltage VOUT   0 10 VDC
PWM Output
Current IOUT Permanent   625   mA
Internal resistance ROUT     200   mOhms
Working voltage VOUT   11   45 VDC

Ordering information

Description P/N
Multifunction board with 80 in/out YAV90832 YAV90832


het bouwen van een testsysteem met 6TL is als werken met LEGO.

FastATE van 6TL is een concept voor engineers die zelf een testsysteem willen bouwen. Voor engineers is er niets leuker dan zelf te ontwikkelen., maar dit is niet altijd verstandig. Vaak ontbreekt de basiskennis en ervaring en ontstaat er een groot gevaar in de vele valkuilen te stappen bij het ontwikkelen van een testsysteem. Doe waar u goed in bent en laat u ondersteunen en voorlichten over zaken die u normaal gesproken nooit doet.

Bedrijfspresentatie 6TL Engineering.

fastATE is een techniek die u als engineer in staat stelt een ideaal test systeem te construeren zonder het gevaar van de vele valkuilen. Het fastATE concept bestaat uit vele modules waardoor de opbouw van een testsysteem net zo eenvoudig wordt als iets bouwen met Lego. Een overzicht van een groot deel van de beschikbare modules vindt u hieronder in een lijst. Als u zich voor de vraag gesteld ziet:  BUILD OR BUY een deel of uw gehele testsystem, lees dan eerst onze informatiebrief over dit onderwerp.

Onze specialisten komen graag bij u langs om uit te leggen waarom fastATE ook voor u de beste oplossing is.
Maak eventueel gebruik van de SEND message tab, rechts onder om ons direct te contacteren.

Hieronder vindt u een opsomming van alle beschikbare fastATE modules, deze zijn sorteerbaar op categorie en productgroep. Het kan even duren voor de lijst zichtbaar wordt.
Voor prijsinformatie kunt u contact met ons opnemen of een login code aanvragen en op onderstaande pagina de prijzen zelf bekijken.


Sample modular solutions created using FastATE technology from 6TL.


Romex hi-res-logo-transp

Print Friendly, PDF & Email