Image is for reference only, the actual product serves as the standard.
MAX275AEWP+C20013Continuous, Band Pass Low Pass Filter IC Continuous, Band Pass Low Pass 4th Order 300kHz 20-SOIC
N/A
Orders Over $2000 Receive a $100 Discount for Registered Abrmicro Users.
ABRmicro #.ABR735-MAX275-116145
ManufacturerMaxim Integrated
MPN #.MAX275AEWP+C20013
Estimated Lead Time-
SampleGet Free Sample
For large-volume purchases, our unique channels enable us to provide prices that other suppliers cannot match: significantly below market rates.
Service
Guaranteed Authenticity
Technical Support
Fast Refund
Free Shipping (over $960)
Issue an Invoice
24/7 Manual Service
In Stock: 33
Shipped From Shenzhen or Hong Kong Warehouses
Min.&Mult.1
Packaging
Tube
Shipping DateDecember 24, 2024
* Quantity
Send Inquiry
Add To RFQ List
Technical Specifications
Series-
Packaging
Tube
Lifecycle StatusActive
Base Product NumberMAX275
Filter Order4th
Filter TypeContinuous, Band Pass Low Pass
Frequency - Cutoff or Center300kHz
Mounting StyleSurface Mount
Number of Filters2
Package Type (Mfr.)20-SOIC
Supply Voltage4.74V ~ 11V, ±2.37V ~ 5.5V
Package / Case20-SOIC (0.295", 7.50mm Width)
Customize Part Specifications , or Contact Our Sales Representative to Obtain the Data You Desireinfo@Abrmicro.com
Extended Links
Environmental Information
Environmental & Export Classifications
RoHS ComplianceComplies with RoHS 3 Directive (2015/863/EU)
MSL Level1 (Unlimited, ≤ 30°C/85% RH), No special packaging
REACH RegulationNo SVHCs Present
Related Parts
Additional Details
The MAX275AEWP+C20013 is an integrated circuit filter manufactured by Maxim Integrated, designed for processing analog signals within electronic systems. This component features continuous, band-pass, and low-pass filtering capabilities, implemented in a 4th order configuration, enabling the precise operation at frequencies up to 300kHz. Encased in a 20-lead Small Outline Integrated Circuit (SOIC) package, it supports single power supply voltages ranging from 4.74V to 11V, as well as dual supplies between ±2.37V and ±5.5V. Such specifications render it suitable for a variety of signal conditioning tasks requiring straightforward filter implementation.
This information is sourced from the Internet, hasn't been reviewed, and may contain errors.