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ADI LT1567CMS8#TRPBF product image
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ADI LT1567CMS8#TRPBFRoHS

Manufacturer
MPN
LT1567CMS8#TRPBF
LCSC Part #
C664217
Packaging
MSOP-8
Customer #
Key Attributes
MSOP-8 Filters - Active RoHS
Datasheetpdf iconADI LT1567CMS8#TRPBF
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QtyUnit Price(Reference Only)Total Amount
1+$ 3.4559$ 3.46
200+$ 1.3382$ 267.64
500+$ 1.2904$ 645.20
1,000+$ 1.2672$ 1267.20
Standard Packaging2500/Full Reel
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Products Specifications

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TypeDescription
CategoryIntegrated Circuits (ICs)/Interface/Filters - Active
ManufacturerADI
PackagingMSOP-8

Additional Information

TypeDetails
Minimum1
Multiple1
Standard Packaging2500
Sales UnitPiece

Introduction

AI Translation

The LT1567 is an analog building block optimized for very low noise high frequency filter applications. It contains two wideband rail-to-rail operational amplifiers, one of them internally configured as a unity-gain inverter. With the addition of a few passive components, the LT1567 becomes a flexible second order filter section with cutoff frequency (fC) up to 5MHz, ideal for antialiasing or for channel filtering in high speed data communications systems.

In addition to low noise and high speed, the LT1567 features single-ended to differential conversion for direct driving of high speed differential input A/D converters. The LT1567 operates from a total power supply voltage of 2.7V to 12V and supports signal-to-noise ratios above 100dB.

The LT1567 is available in an 8-lead MSOP package.

Features

AI Translation
  • Single-Ended to Differential Conversion
  • Low Noise: 1.4nV/√Hz 20μV RMS Total Wideband Noise in Filter with 2MHz fC
  • Dynamic Range: 104dB SNR at ±5V
  • Total Supply Voltage: 2.7V to 12V
  • Rail-to-Rail Outputs
  • DC Accurate: Op Amp VOS 0.5mV (Typ)
  • Trimmed Bandwidth for Accurate Filters
  • No External Clock Required
  • MSOP-8 Surface Mount Package

Applications

AI Translation
  • Low Noise, High Speed Filters to 5MHz
  • Low Noise Differential Circuits
  • Communication Channel or Roofing Filters
  • Antialias or Reconstruction Filtering
  • Video Signal Processing
  • Single-Ended to Differential Conversion