Integrated PC card controllers with OHCI support in BGA packages
Manufacturer: ['analog-devices', 'rochester', 'ti']
# Introduction to the PCI4451 Product Series
## Overview
The PCI4451 product series represents a cutting - edge solution in the field of data acquisition and control. Designed to meet the diverse needs of modern industrial, scientific, and research applications, these devices offer high - performance, reliability, and flexibility. Built on advanced PCI (Peripheral Component Interconnect) technology, the PCI4451 series provides seamless integration with a wide range of computer systems, enabling users to efficiently collect, process, and analyze data.
## Key Features
### High - Speed Data Acquisition
One of the standout features of the PCI4451 series is its ability to perform high - speed data acquisition. With sampling rates that can reach up to [X] samples per second, it can capture rapid - changing signals accurately. This makes it ideal for applications such as vibration analysis, high - frequency signal monitoring, and power quality analysis, where real - time data capture is crucial.
### Multiple Input Channels
The PCI4451 devices come equipped with multiple input channels. Depending on the specific model in the series, users can have access to [X] to [X] input channels. This allows for simultaneous measurement of multiple signals, which is essential in applications like multi - sensor data collection in industrial automation or environmental monitoring. Each channel is designed to provide high - quality, low - noise measurements, ensuring the integrity of the acquired data.
### Programmable Gain and Resolution
To accommodate a wide range of signal amplitudes, the PCI4451 series offers programmable gain settings. Users can adjust the gain of each input channel according to the characteristics of the input signal, allowing for optimal signal conditioning. Additionally, the devices support high - resolution data conversion. With up to [X] - bit resolution, it can provide precise measurements, even for small - amplitude signals. This high resolution is beneficial in applications such as medical instrumentation and precision measurement in research laboratories.
### Flexible Triggering Options
The PCI4451 series provides a variety of triggering options to start and stop data acquisition at the desired moments. It supports edge triggering, where the acquisition can be initiated by a rising or falling edge of a trigger signal. Level triggering is also available, allowing the start of acquisition when the trigger signal reaches a specific voltage level. These triggering options are useful in applications like event - based data collection, where data needs to be captured only when a particular event occurs.
### Digital I/O Capabilities
In addition to analog input channels, the PCI4451 devices feature digital input/output (I/O) ports. These ports can be used for various purposes, such as controlling external devices, receiving status signals from other systems, or synchronizing data acquisition with other processes. The digital I/O ports are TTL - compatible, making them easy to interface with a wide range of digital circuits and devices.
## Technical Specifications
### Electrical Specifications
- **Input Voltage Range**: The input voltage range of the PCI4451 series can be configured from ±[X] mV to ±[X] V, providing flexibility for different types of input signals.
- **Input Impedance**: Each input channel has a high input impedance of [X] MΩ, minimizing the loading effect on the input signal source and ensuring accurate measurements.
- **Noise Level**: The devices have a low noise level of [X] μVrms, which is crucial for high - precision data acquisition, especially when dealing with small - amplitude signals.
### Physical Specifications
- **Form Factor**: The PCI4451 cards are designed to fit standard PCI slots in desktop computers. They have a compact form factor, making them suitable for use in space - constrained environments.
- **Power Consumption**: The power consumption of the PCI4451 series is relatively low, typically around [X] watts. This not only reduces energy costs but also helps
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