Tag: Abaco

ATC40 IndustryPack carrier for AT bus

Overview

ATC40 holds four IndustryPack modules in a single ISA (PC/AT platform) slot. The ATC40 is typically installed in a 386. 486 or Intel® Pentium® Processor based system, although some workstations use ISA as an I/O bus.The ATC40 permits slave and interrupt access from the host processor to the IndustryPacks. The ATC40 typically resides in the ISA address space above one megabyte. This requires the use of a DOS extender (such as Phar Lap) if running DOS. Advanced operating systems such as Windows®, OS/2®, SCO Unix®, and OS-9000™ can directly address high memory. The ATC40 may be set to occupy 16 Kbytes below one megabyte for DOS compatibility without an extender. Both byte and 16-bit word accesses are supported.

Holds 4 IPs

ATC40

IndustryPack carrier for AT bus

PP-600

PIM carrier for 6U CompactPCI carrier cards

Overview

The PP-600 PIM carrier provides flexible access to 128 lines of rear I/O for 6U CompactPCI (CPCI) carrier cards. Each of the two sets of 64 I/O lines is brought out to an individual PMC connector. PP-600 contains no active components.

Rear panel I/O support for 6U CompactPCI carrier

Interfaces via J3 and J5 CompactPCI connectors

80mm deep with rear panel and ejection hardware

Compatible with CP-620 and CP-640 dual PMC carriers

Specifications

Form Factor

cPCI 6U

PP-600

PIM carrier for 6U CompactPCI carrier cards

TM-680

Transition module for 6U CPCI PC-MIP carrier

Overview

TM-680 is a transition module providing flexible access for up to 300 lines of rear-panel I/O for 6U CPCI PC-MIP carriers. This transition module has no active components. It is compatible with the MC-607 carrier.

Six 50-pin headers provide interanl flat ribbon cable access

Access to 300 lines of rear panel I/O for 6U CompactPCI PC-MIP carrier boards

80mm deep with blank rear panel and ejection hardware

Specifications

Form Factor

cPCI 6U

TM-680

Transition module for 6U CPCI PC-MIP carrier

Overview

The BIO-4 transition module for 6U CPCI IndustryPack I/O provides access to 200 lines of IndustryPack I/O via the rear-panel CPCI J4 and J5 connectors.

Four 50-pin SCSI-type high-density panel-mounted connectors

Designed for access to IndustryPack I/O on CPCI-200A-BP

Access to 200 lines of rear-panel I/O for 6U CPCI IndustryPack carriers

Specifications

Form Factor

cPCI

BIO-4

Rear transition card for the CPCI-200A IP carrier

Abaco VME-4116 VME Analog I/O Output Boards

Overview

8-Channel 16-bit Resolution Analog Output Board.

Multiplexed programmable outputs for testing analog input multiplexer boards

High reliability DIN-type output connector

Front panel fail LED

Double-buffered data latches, allows updating of all channels simultaneously

16-bit DAC per channel

Buffered voltage output (+/-10 V at 5 mA)

Specifications

Channel Voltage Ranges

±10V

Channels

8

Form Factor

VME

Function

16-bit DAC

Throughput

10 mS

VME-4116

VME Analog I/O Output Boards

VME-4116

Abaco VME-3122B VME Analog I/O Input Boards

Overview

High-Performance 16-bit Analog-to-Digital Converter (ADC)

Three scan modes

Three trigger modes

Continually digitizes selected input channels and stores the results

Program-selectable scanning of 1. 8. 16. 32. 48. or 64 channels

Software-selectable conversion rate (100 kHz maximum)

16-bit A/D conversion

64 differential or single-ended inputs

Specifications

Form Factor

VME 6U

Abaco VME-3113B Scanning 12-bit Analog-to-Digital Converter with Built-in-Test

Overview

VME-3113B, Scanning 12-bit Analog-to-Digital Converter with Built-in-Test

Powers up in autoscanning mode-no software initialization required

Continually digitizes all input channels and stores the results in dedicated channel dual-port registers (autoscanning mode)

64 differential or single-ended inputs

Supports real-time and off-line Built-in-Test

Specifications

Channel Voltage Ranges

0-10V, ±5V, ±10V

Channels

64

Form Factor

VME

Function

12-bit ADC

Throughput

33 kHz

Abaco Vme-4132 VME Analog I/O Output board

Vme-4132 VME Analog I/O Output board
Overview
VME-4132 32-channel analog output board, built-in test
Front panel self-check LED
0.1Ω output impedance
Built-in on-board testing
32 analog output channels
On-board +/- 15V DC-DC conversion
Specification
Channel voltage range
0-5V, 0-10V, ±2.5V, ±5V, ±10V
Channel
32
Overall dimensions
VME
Function
12-bit DAC
Throughput
3.4 milliseconds

VR12D1H2K30C

Product Overview
VR12D1H2K30C is a high-performance motor control module designed for industrial automation and motor drive applications.It can provide precise speed,torque and position control and is suitable for a variety of industrial scenarios.

Main Functions and Features
High power density:Provides high power output for high-load applications.

Multiple control modes:Supports speed control,torque control and position control.

High reliability:Rugged design for harsh industrial environments.

Ease of use:Provides an intuitive interface and easy-to-use programming tools to simplify operation and maintenance.

Modular design:Easy to install and integrate into various automation systems.

Technical Specifications
Rated power:3.0 kW.

Rated voltage:480V AC.

Rated current:6.3 A.

Speed​​range:0 to 3000 rpm.

Torque range:0 to 10 Nm.

Communication interface:Supports RS-232 serial communication and Modbus RTU protocol.

Protection level:IP65.

Operating temperature range:-10℃to+40℃.

Dimensions:Approx.150 mm×100 mm×50 mm.

Weight:Approx.2.0 kg.

1 • Introduction

Abaco Systems’ XVR19 6U VME Single Board Computer (SBC) features the Intel

Xeon quad core processor (up to 8 MByte Last Level Cache) with error checking and

correction (ECC) support, integrated graphics and PCI Express (PCIe) channels. The

XVR19 is also equipped with Intel’s CM238 Chipset, supporting PCIe Gen 3.

allowing higher data transfer rates and more PCIe channels.  The CM238 chipset also

provides SATA, USB 3.0. graphic ports, SMBus, LPC and SPI design on the XVR19.

1.1  Features

• Single-slot 6U VME Single Board Computer

• Intel Xeon quad core processor

• Two channels of soldered DDR4 SDRAM with ECC up to 32 GByte

• Up to 8 MByte Internal CPU shared cache

• Up to 64 GBytes of BGA NAND SSD (Optional)

• Onboard Expansion Sites (supporting either XMC or PMC)

o

o

Site 1 (PMC rear I/O routed to P2)

▪ XMC1 – x8 PCIe

▪ PMC1 – PCI-X up to 64-bit

• 100 MHz (with option of two PMC sites)

• 133 MHz (with option of one PMC site)

Site 2 (PMC and XMC rear I/O routed to P0) – Optional

▪ XMC2 – x4 PCIe

▪ PMC2 – PCI-X up to 64-bit / 100 MHz

• Comprehensive range of front and rear I/O features:

1.1.1   Front I/O with only One Expansion Site:

• 2x Gigabit Ethernet ports via Intel I210

• 1x DisplayPort

• 3x USB 3.0 ports

• 1x COM port

• 1x Power button

• 1 x eSATA

1.1.2   Front I/O with Two Expansions Sites:

• 1x Gigabit Ethernet port via Intel I210

• 1x DisplayPort

• 1x USB 3.0 port

• 1x COM port

• 1x Power button

1.1.3   Rear I/O via Transition Module: (Option-Dependent)

• 2x Gigabit Ethernet ports

1x Gigabit Ethernet via Intel I219

1x Gigabit Ethernet via Intel I210

Publication No. 500-9300007879-000 Rev. T

16  XVR19 Hardware Reference Manual

• 2x Digital Video Interface (DVI-D)

• 4x SATA ports, Gen 2 capable

• 2x COM ports

• 2x USB 2.0 ports

• 8x General Purpose Input/Output (GPIO)

• 1x PMC rear I/O

• 2x Mezzio connectors (PMC/XMC)

NOTE

The VTM29 Rear Transition Module only supports the XVR19 in the environment specified for build level 1.

See level 1 details in Table A-3.

1.1.4   Other Features

• UEFI Flash and UEFI backup Flash

• Optional extended operating temperature range

• Three levels of ruggedization

The XVR19 offers two optional onboard mezzanine expansion sites for enhanced

system flexibility, PMC- and XMC- compatible.

Memory resources include up to 32 GByte DDR4 SDRAM and up to 64 GByte

NAND Flash drive.

Software choices include comprehensive Built in Test (BIT and OS 64-bit support for

Microsoft® Windows® 10. Fedora and Redhat Linux® and VxWorks®.