MAX260BEWG+

Series:	--
Packaging:	Tube
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Filter Type:	Universal Switched Capacitor
Frequency - Cutoff or Center:	7.5kHz
Number of Filters:	2
Filter Order:	2nd
Voltage - Supply:	4.74 V ~ 12.6 V, ±2.37 V ~ 6.3 V
Mounting Type:	Surface Mount
Package / Case:	24-SOIC (0.295", 7.50mm Width)
Supplier Device Package:	24-SOIC
Base Part Number:	MAX260

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Overview
MAX260BEWG+ is an active filter device that belongs to the interface family of filters. It is commonly used in many applications due to its low power consumption, low profile, and high performance. In this article, we will discuss the application fields of the MAX260BEWG+ and its working principle. Application Fields
The MAX260BEWG+ is designed for use in a variety of applications. The most common application fields are Telecommunications, Data Acquisition, Industrial Automation, Automated Test Equipment, and Military & Aerospace.In Telecommunications, it is used to improve signal transmission quality, reduce buffeting and reduce radiated emissions. It is also used in mobile phone receiver applications to filter out unwanted noise and improve signal-to-noise ratio.In Data Acquisition, the MAX260BEWG+ is often used as a pre-filter or anti-aliasing filter to reduce unwanted noise. It is also used in data linearization, for example in systems with multiple sensors which need to be accurately calibrated.In Industrial Automation, the MAX260BEWG+ can be used to filter out unwanted noise from actuators, sensors and amplifiers. It is also used to protect sensitive electronics from high voltages and currents.In Automated Test Equipment, the MAX260BEWG+ is used to accurately measure and filter signals, as well as to reduce radiated emissions. It is also used as an audio filter to reduce noise and guarantee accuracy. Finally, in Military & Aerospace applications, the MAX260BEWG+ is used to filter out vibration, temperature and noise. It is also used to reduce shock and vibration of actuators, protection circuits, and communication systems. Working Principle
The MAX260BEWG+ is an active filter based on the Bessel filter topology. This topology works to eliminate within-channel artifacts and improve signal linearity. It also enables the MAX260BEWG+ to be used in a wide variety of filter configurations. The main components of the MAX260BEWG+ are the active filter itself, an amplifier, and a filter clock. The filter clock’s frequency is adjustable, enabling the MAX260BEWG+ to be used in a variety of filter configurations. The active filter is made up of a low-pass filter, a high-pass filter, and a band-pass filter. These are all integrated into one device for maximum signal integrity. The amplifier amplifies the signal before it passes through the filter, and the filter clock helps to control the frequency of the filter. In operation, the signal is first amplified by the amplifier. The signal then passes through the low-pass, high-pass and band-pass filters. The signal is then cleaned up and the unwanted noise is reduced, resulting in a signal with improved signal-to-noise ratio. Conclusion
The MAX260BEWG+ is a versatile active filter device that can be used in many different applications. It has low power consumption, a low profile, and is able to filter out unwanted noise. Its working principle is based on the Bessel filter topology, which helps to provide improved signal linearity and eliminate within-channel artifacts. The application fields for the MAX260BEWG+ include Telecommunications, Data Acquisition, Industrial Automation, Automated Test Equipment, and Military & Aerospace. In all of these applications, the MAX260BEWG+ is used to improve signal transmission quality, reduce buffeting and reduce radiated emissions. Additionally, it is used to filter out unwanted noise and improve signal-to-noise ratio. The MAX260BEWG+ is a highly effective device for filtering out unwanted noise in many different fields. It is used to improve signal transmission quality, reduce buffeting and reduce radiated emissions. Additionally, it is used to protect sensitive electronics from high voltages and currents, accurately measure and filter signals, and reduce shock and vibration of actuators, protection circuits, and communication systems.

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