Maxim Integrated MAX7404EPA

MAX7404EPA Overview
In a 8-DIP (0.300, 7.62mm) package, it is packaged.There is a Tube package that comes with it.There is a type of mounting that is Through Hole for the gadget.Elliptic, Low Pass Switched Capacitor is the type of filter for this part.Filter should be able to work wFilterh a power source of 2.7V~3.6V.Filter has a total of 8 pins.Filter is important to point out that the best component of the device is the MAX7404.Whether the device is at cutoff or center frequency depends on the 10kHz frequency.As the peak reflow temperature reaches 260, the reflow process begins.There is always a source of 3V being used to power the component at all times.There is a maximum voltage (Vsup) that is reached at location 3.6V, which is the supply voltage.When it is operating, it should be warmer than -40°C.The maximum working temperature at the moment is 85°C.There is no change to the pin number of the component.Device 3V has 3V supplies.As you can see from the picture, there are a number of 8 terminals on the device.A greater voltage must be supplied, Vsup, than the voltage consumed, 2.7V.In 1 circuits, there are various types of circuits.This device has the capability of handling a maximum supply temperature of 3.5mA.In this DC DC switching regulator, the supply voltage will be 3V, and it will operate off of that voltage.

MAX7404EPA Features
Supply voltage of 3V
Maximum operating temperature of 85°C
1 circuits

MAX7404EPA Applications
There are a lot of Maxim Integrated MAX7404EPA active filters applications.

Digital waveform reconstruction post- filtering
Low Voltage, Low Noise, Differential Signal
High- performance digital low-pass filters
Portable Instrumentation
Real Time Video Filters
lmage Processing
Data Loggers
Adaptive Filters
Communication Channel or Roofing Filters
High-performance FIR filters