MAX295EPA+ [Analog Devices]

MAX295EPA+ Overview

As far as packaging is concerned, it comes in a 8-DIP (0.300, 7.62mm) package.There is a Tube package that comes with it.I would like to point out that the gadget has a Through Hole mounting type.In this case, the part's filter type is Butterworth, Low Pass Switched Capacitor.I believe it should be able to work with a power source of 4.75V~11V ±2.375V~5.5V, if it works at all.8-pins are used in total on this board.MAX295 is the best component of the device, because it is the most important part of the device.There is either a cutoff or a center frequency in the device when it is operating at 50kHz frequency.As the peak reflow temperature reaches 260, the reflow process begins.There is always a source of 5V being used to power the component at all times.There is a maximum voltage (Vsup) that is reached at location 5.5V, which is the supply voltage.Filter is important that Filter is warmer than -40°C when Filter is in operation.There is currently a maximum working temperature of 85°C in the system.There is no change in the pin number of the component, as 8 remains the same.There are +-5V supplies in the device.There are a number of 8 terminals present on the device.Filter is necessary to have a supply voltage, Vsup, which is greater than 2.375V.Circuits of the 1 type exist.This device has the capability of handling a maximum supply temperature of 22mA.A Through Hole mount package is included with the Through Hole mount package, and you will be able to use it.Filter is still possible for Filter to operate accurately at 35kHz frequency.

MAX295EPA+ Features

Supply voltage of 5V
Maximum operating temperature of 85°C
1 circuits
Mount of Through Hole
35kHz frequency

MAX295EPA+ Applications

There are a lot of Maxim Integrated
MAX295EPA+ active filters applications.

• Echo Cancellation
• Complex Multiply-Add
• Sample Rate Converters
• Digital Down Conversion
• D/A and A/D pre/post Filtering
• Tuning Bandwidth Expansion for HSP45116 and HSP45106
• Quadrature, Complex Flterlng
• Image Processing
• Polyphase Flterng
• Adaptive Fllterlng