74H1G66STRSTMicroelectronics

Description:	Analog Switch Single SPST 5-Pin SOT-23 T/R
Introduction date:	Feb 23, 2000
Updated: 13-NOV-2023
See moreAnalog Switch Multiplexers by STMicroelectronics

Ref. Designs

Online version: https://www.datasheets.com/part-details/74h1g66str-stmicroelectronics-17682036

Overview

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

LifeCycle

Premium

EU RoHS

Yes

RoHS Version

2011/65/EU, 2015/863

ECCN

3A001.a.2.c

Automotive

Supplier Cage Code

SCR76

HTSUSA

8542390001

Schedule B

8542390000

Category Path
Semiconductor > Electronic Switches > Switches and Multiplexers > Analog Switch Multiplexers

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Datasheet

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Package

The package information for the component gives important details about the product's size, weight, and packaging. This helps engineers determine if the product meets their requirements and expectations.

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Basic Package Type

Package Family Name

Supplier Package

Package Description

Lead Shape

Pin Count

PCB

Tab

Package Length (mm)

Package Width (mm)

Package Height (mm)

Seated Plane Height (mm)

Pin Pitch (mm)

Package Diameter (mm)

Package Material

Mounting

Package Outline

Jedec

Jedec info (PKG outline)

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.

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MSL

Maximum Reflow Temperature (°C)

Reflow Solder Time (Sec)

Number of Reflow Cycle

Standard

Reflow Temp. Source

Maximum Wave Temperature (°C)

Wave Solder Time (Sec)

Wave Temp. Source

Lead Finish(Plating)

Under Plating Material

Terminal Base Material

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.

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Product Line

Maximum Off Leakage Current

Process Technology

Logic Family

Maximum Power Dissipation

Maximum Turn-On Time

Maximum Propagation Delay Bus to Bus

Propagation Delay Test Condition

Typical Supply Current

Special Features

Maximum Frequency (25°C) @ Vcc

Minimum Single Supply Voltage

Minimum Dual Supply Voltage

Maximum Dual Supply Voltage

Maximum High Level Output Current

Maximum Low Level Output Current

Typical Single Supply Voltage

Maximum Turn-Off Time

Typical Dual Supply Voltage

Supplier Temperature Grade

Maximum On Resistance

Maximum Single Supply Voltage

Input Signal Type

Output Signal Type

Chip Enable Signals

Power Supply Type

Switch Control Logic

Switch Normal Position

Function

Latch-Up Proof

Maximum Data Rate

Maximum Storage Temperature

Maximum Supply Current

Minimum Storage Temperature

Typical Switch On Capacitance

Typical Switch Off Capacitance

Typical Off Leakage Current

Typical Off Isolation

Typical Crosstalk

Maximum On Resistance Match Between Switches

Maximum On Resistance Flatness

Typical Charge Injection

Type

Configuration

Number of Channels per Chip

Switch Architecture

Multiplexer Architecture

Number of Inputs per Chip

Number of Outputs per Chip

Polarity

Maximum On Resistance Range

Minimum Operating Temperature

Maximum Operating Temperature

Reference designs

Unlock inspiration and guidance with our collection of reference designs. Explore practical implementations showcasing the capabilities of the electronic component. Accelerate your development process and create efficient solutions with detailed documentation and schematics.