MCP6N16-100E/MS

MCP6N16-100E/MS

Microchip Technology

Description:

INST Amp Single R-R I/O 5.5V 8-Pin MSOP Tube

Country of Origin:

China

Introduction date:

Jul 3, 2014

Updated:12-DEC-2024

CAD ModelsRef. Designs

Overview

Familiarize yourself with the fundamental general information, properties, and characteristics of the component, along with its compliance with industry standards and regulations.

LifeCyclePremium
EU RoHS Yes
RoHS Version2011/65/EU, 2015/863
EAR99
Automotive No
Supplier Cage Code60991
8542330001
Schedule B8542330000
PPAP No
AEC Qualified No
Category Path
Semiconductor > Linear > Amplifiers > Instrumentation Amplifiers

Datasheet

Get a comprehensive understanding of the electronic component by downloading its datasheet. This PDF document includes all the necessary details, such as product overview, features, specifications, ratings, diagrams, applications, and more.

Datasheet Preview

(Latest Version)

Manufacturing

The manufacturing information specifies the technical requirements and specifications for producing and assembling the component. This information is crucial for manufacturers to maintain the quality and reliability of the components, and ensure they are compatible with other devices and components.

Reflow Temp. Source
Wave Temp. Source

Parametric

The parametric information displays vital features and performance metrics of the component, which helps engineers and supply chain managers to compare and choose the most appropriate electronic component for their applications and needs.

Product Line
Minimum Storage Temperature
Maximum Quiescent Current
Typical Dual Supply Voltage
Process Technology
Maximum Power Dissipation
Typical Single Supply Voltage
Typical Slew Rate
Typical Input Offset Current
Minimum DC Continuous Isolation Voltage
Maximum Input Resistance
Maximum Voltage Gain Range
Maximum Voltage Gain
Supplier Temperature Grade
Maximum Storage Temperature
Power Supply Type
Maximum Supply Voltage Range
Minimum CMRR Range
Maximum Input Offset Current
Number of Channels per Chip
Rail to Rail
Minimum Slew Rate
Typical Gain Bandwidth Product
Gain Setting Method
Interface Type
Maximum Input Bias Current
Output Type
Maximum Input Offset Voltage
Maximum Supply Current
Maximum Gain Nonlinearity
Typical Output Current
Maximum Gain Error
Minimum Single Supply Voltage
Maximum Single Supply Voltage
Minimum Dual Supply Voltage
Maximum Operating Supply Voltage
Maximum Dual Supply Voltage
Minimum CMRR
Minimum PSRR
Minimum Operating Temperature
Maximum Operating Temperature

Reference designs

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CAD Models

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Crosses

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