The LTC1164-7MJ from Linear Technology is a high-performance, low noise, 8th order lowpass filter that is designed to provide optimal filtering for a range of applications. This filter features a cutoff frequency that is preset at the factory and can be chosen by the customer to meet specific design requirements. The LTC1164-7MJ is part of Linear Technology's LTC1164 series of filters that are known for their ease of use and superior filtering capabilities.

Key Features

• Low Noise Performance: The LTC1164-7MJ is designed to offer exceptional noise performance, making it suitable for applications that require a clean signal without interference.
• High Order Filter: As an 8th order filter, it provides a steep roll-off beyond the cutoff frequency, ensuring that unwanted high-frequency signals are effectively attenuated.
• Factory Programmable Cutoff Frequency: The cutoff frequency is programmable at the factory, allowing for customization to specific application needs without the need for external components.
• Easy to Use: This filter is designed for ease of use, with minimal external components required, simplifying the design process and reducing time to market.
• Durable Package: The LTC1164-7MJ is available in a rugged MJ package, which provides reliable performance even in harsh environments.

Applications

The LTC1164-7MJ is versatile and can be used in a wide range of applications, including:

• Anti-aliasing for data acquisition systems
• Signal conditioning for telecommunications
• High-quality audio processing
• Instrumentation and control systems

Technical Specifications

The LTC1164-7MJ boasts the following technical specifications:

• 8th Order Lowpass Filter
• Factory Programmable Cutoff Frequency
• Low Noise Design
• Supply Voltage: 5V
• Operating Temperature Range: 0°C to 70°C

In conclusion, the LTC1164-7MJ from Linear Technology is a top-choice lowpass filter that combines high-order filtering, low noise, and user-defined cutoff frequencies, all packed in a durable package suitable for a variety of demanding applications.