PCI-1285：一款集成了DSP和FPGA的八轴PCI接口运动控制卡，具备高效的脉冲输出能力，支持电子齿轮、螺旋插补以及电子凸轮等多种运动控制功能。该设备配备了10k内存缓冲区用于规划轨迹，并且可编程中断，适合于半死循环状态下的龙门控制。此外，它还提供了丰富的应用程序支持，如32/64位窗口操作系统共享驱动平台，以及CommonMotionAPI动态驱动程序，以减少开发难度。此外，还包含了系统配置和诊断工具。

规格：

Part Number: PCI-1285-AE

Power Consumption: Typical 5 V @ 300 mA, Max. 5 V @ 400 mA; Typical 3.3 V @ 1.2 A, Max. 3.3 V @ 1.5 A

Operating Temperature: -20 ~ +85°C (-4 ~ +185°F)

Storage Temperature: -40 ~ +105°C (-40 ~ +219°F)

Humidity (non-condensing): up to 95% RH (IEC 60068-2-3)

Dimensions: approximately175 x100 mm (6.9 x3.9 inches)

Connector type: Universal PCI V2.2

Encoder Interface:

Isolation Protection: up to2500VDC

Input Type and Range:

Input Frequency under AB mode:

Pulse Type Motion Control:

Motor Driver Support:

Number of Axis supported by the card:

Linear interpolation for up to eight axes,

Circular interpolation for two axes,

Helical interpolation in X-Y plane with Z thread.

Interpolation rate of up to five million pulses per second.

The maximum output speed is determined by the motor driver and can vary depending on the specific configuration.

Step Count Range:

The step count range depends on the motor driver used but is typically between ±20000 steps per revolution and ±147483646 steps per revolution.

Pulse Output Type:

The pulse output type can be either a one-pulse-per-step or a two-pulse-per-step format.

Position Counters:

Position counters are available for each axis, allowing precise position control.

Velocity Profiles:

T-Curve and S-Curve velocity profiles are available for smooth acceleration and deceleration.

Machine Interfaces:

ALM (Absolute Position), LMT+/- (Limit Switches), ORG/INDEX signals allow integration with external systems.

Servo Driver Interfaces

General Digital I/O

There are thirty-two channels of digital input/output available for general-purpose use, providing flexibility in system design.

Note that these specifications may not cover all possible configurations or applications of this card, but they should provide a good overview of its capabilities as an advanced motion control device based on DSP technology