AcQ International
We develop, produce and deliver innovative solutions for a wide range of real-time electronics platforms used in the aerospace, military, industrial automation, transportation, agriculture and space sectors.
- +31 (0)412 641922
- 31 412 622 640
- info@acq.nl
- Alanenweg 6
5342 PV Oss
, 5347
Netherlands, Kingdom of the
Categories
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product
16 Channel ARINC-429 Controller for VMEbus
VME302
The VME302 provides sixteen ARINC-429 compatible channels (8x receive and 8x transmit) at any rate between 12.5 and 100kbps. Because the VME302 is built upon a flexible platform, the user interface is extremely versatile and user functions can be implemented almost without restriction, making this product flexible and user-friendly.
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product
Stepper Motor Controller for VMEbus
VME321
The VME321 Intelligent Stepper Motor Controller with Amplifiers is an ideal solution for all applications where stepper motors must be controlled with a maximum of flexibility and a minimum of overhead. The local processor handles all high-level commands to provide maximum control for both straightforward as very complex applications.This VMEbus board has a 6U form and is also available as 3U VMEbus board.
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product
M-Module Carrier for VMEbus (3U)
i4001
The i4001 is a 3U form factor M-module carrier for the VMEbus and forms the basics of a flexible I/O system. It offers the user a means of integrating M-modules in a VMEbus system. The i4001 has one M-module slot. M-module interrupts can be passed to the VMEbus. The i4001 supports vector-from-module and vector-from-baseboard, this means that interrupt vectors are provided by the the M-module or by the i4001.
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product
ARINC-429 Controller for PCI
PCI302
The PCI302 provides four ARINC-429 compatible channels (2x receive and 2x transmit) at any rate between 12.5 and 100kbps.Because the PCI302 is built upon a flexible platform, the user functions can be implemented almost without restriction, making this product flexible and user-friendly.
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product
6U Form Factor PMC/PrPMC Carrier-VMEbus
i4400
The i4400 is a low-cost 6U form factor PMC / PrPMC carrier for the VMEbus and forms the basis of a flexible I/O system. It offers the user a means of integrating two single PMC modules or one double PMC module in a VMEbus system. The current version of the i4400 supports PMC modules and also supports Processor PMC modules on one PMC-site. The VME-to-PCI bridge is implemented in an FPGA for flexible VME-to-PCI mapping and to allow future updates and upgrades.
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product
Stepper Motor Controller for CompactPCI
CPCI321
The CPCI321 Intelligent Stepper Motor Controller with amplifiers is an ideal solution for all applications where stepper motors must be controlled with a maximum of flexibility and a minimum of overhead.
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product
CANbus Controller for VMEbus
VME360
The VME360 CANbus controler is a 6U VMEbus board based on four SJA1000 CANbus controllers. Each SJA1000 provides an interface to the popular CANbus that supports both standard (11-bit) and extended (29-bit) identifier fields. Front panel LEDs provide diagnostical network information. The VME360 provides four CANbus interfaces. The CAN network is a serial communication protocol which efficiently supports distributed control with a high level of reliability.
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product
16 Channel ADC for PCI
PCI392
The PCI392 16-Channel Common-Mode Input ADC for PCI is very well suited to be used in applications in which autonomous signal conversion is an issue, as well as in standard mid-range applications. Enabled channels are scanned at maximum rate and conversion results are stored in shared memory. A local DSP performs all functionality like calibration. User-specific functions can be added for customized operation.
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product
Universal Timer/Counter for CompactPCI
CPCI385
The CPCI385 Universal Timer/Counter CompactPCI card is an ideal solution for automated test and measurement applications. The CPCI385 features two timer/counter inputs. Both inputs have an coaxial connector for the input range of +/- 10 V and high-voltage pins for the input range of +/- 300 V. The coupling of the inputs is either AC or DC. The CPCI385 provides 6 measurement functions: frequency, high-time, low-time, period, counter and phase measurements.
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product
M-Modules
M-Modules are a mezzanine standard mainly used in industrial computers. Being mezzanines, they are always plugged on a carrier PCB that supports this format. M-Modules are standardized as ANSI/VITA 12-1996 and are especially suited for adding any kind of real-world I/O to a system in a flexible way.
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product
VPX
VPX, formerly known as VITA 46, is an ANSI standard (ANSI/VITA 46.0-2007) that provides VMEbus-based systems with support for switched fabrics over a new high speed connector.
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product
Stepper Motor Controller for CompactPCI
CPCI322
The CPCI322 is a 3U CompactPCI card. The CPCI322 Intelligent Stepper Motor Controller is designed to drive external amplifiers. This is an ideal solution for all applications where stepper motors must be controlled with a maximum of flexibility and a minimum of overhead.
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product
6 Channel Encoder Input Controller
CPCI323
The CPCI323 Quadrature Incremental Encoder Interface is designed to interface with up to six quadrature incremental encoders. This is an ideal solution for all applications where several encoders must be connected with a maximum of flexibility and a minimum of overhead.
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product
12-/16-bit 16 Channel DAC for CompactPCI
CPCI395
The CPCI395 features 16 analog voltage outputs, integrated on the CompactPCI standard. Each output has a 12- or 16-bit resolution and a software programmable output range (0..+10V or -10..+10V). Control of the analog output is as easy as writing the binary equivalent to a dedicated register (per channel). Conversion takes place automatically. If desired, channels can be synchronized by presetting the channels and then give a simultaneous update command.
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product
Stepper Motor Controller for VMEbus
VME322
The VME322 Intelligent Stepper Motor Controller is designed to drive up to eight external Amplifiers. This is an ideal solution for all applications where stepper motors must be controlled with a maximum of flexibility and a minimum of overhead. Local processors handles all high-level commands to provide maximum control for both straightforward as very complex applications.
