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SYA75603ATWLVAO Microchip Technology

Part No.:: SYA75603ATWLVAO

Manufacturer:: Microchip Technology

Category:: Clock/Timing - Clock Buffers, Drivers

Package:: 16-VFQFN Exposed Pad

Datasheet:: SYA75603ATWLVAO.pdf

Description:: AUTOMOTIVE 1:2 LPHCSL FANOUT BUF

Quantity:: RFQ Add to RFQ List Buy Now Add to Cart

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Application Scenarios

What Applications Is SYA75603ATWLVAO Suitable For?

SYA75603ATWLVAO is a Clock/Timing - Clock Buffers, Drivers product from Microchip Technology, suitable for component selection in communications, automotive electronics, industrial control, cloud computing and smart-device projects.

5G Communications & Small-Cell Equipment

Suitable for 5G communications equipment, small-cell base stations and information platforms that require reliable Clock/Timing - Clock Buffers, Drivers components. Engineers can review the SYA75603ATWLVAO datasheet, package 16-VFQFN Exposed Pad and stock availability to support component selection.

Automotive & ADAS Electronic Systems

Suitable for automotive, ADAS and vehicle-control systems where original Microchip Technology components are required, helping engineers evaluate SYA75603ATWLVAO specifications, pricing and supply lead time.

Industrial IoT & Automation Control

Suitable for industrial IoT, automation equipment, motor control and embedded-vision systems. Engineers can use the SYA75603ATWLVAO description, package 16-VFQFN Exposed Pad and technical specifications for BOM matching.

Cloud Computing & Data Center Platforms

Can be considered for cloud computing, data centers, server platforms and other high-reliability electronic systems. FudongIC supports SYA75603ATWLVAO datasheet lookup, stock confirmation, pricing requests and one-stop electronic component sourcing.

FudongIC has semiconductor distribution experience and works with global electronic component distributors and spot-stock suppliers in China, supporting component sourcing for 5G communications, aerospace and defense, automotive electronics, industrial control, medical electronics, energy and data-center applications.

Contact FudongIC for SYA75603ATWLVAO Pricing & Technical Support

Product Overview

SYA75603ATWLVAO is a Clock/Timing - Clock Buffers, Drivers product from Microchip Technology. It is supplied in package 16-VFQFN Exposed Pad and can be considered for electronic systems where stability, reliability and supply continuity are important. FudongIC can provide SYA75603ATWLVAO datasheet lookup, stock confirmation, pricing requests, BOM sourcing and component-selection support.

Product Description: AUTOMOTIVE 1:2 LPHCSL FANOUT BUF

Key Features

Part Number:SYA75603ATWLVAO
Manufacturer:Microchip Technology
Category:Clock/Timing - Clock Buffers, Drivers
Package:16-VFQFN Exposed Pad
Supports datasheet lookup, stock confirmation and pricing requests
Suitable for samples, small production runs and volume sourcing requirements

Applications

SYA75603ATWLVAO may be used in projects involving 5G communications, aerospace and defense, automotive electronics, industrial IoT, wireless embedded vision, cloud computing, data centers, medical electronics, motor control, automation, energy and building technologies, subject to the requirements of the specific design.

Procurement & Technical Support

If you are looking for SYA75603ATWLVAO stock, volume pricing, lead time, alternative parts or technical documents, you can submit an RFQ through FudongIC. Our sales and technical teams can review your application, specification requirements, package needs and purchase quantity to provide a suitable sourcing option.

Packaging:

Tube
Series:

-
Product Status:

Active
Type:

Clock Buffer
Number of Circuits:

1
Ratio-Input:Output:

1:2
Differential-Input:Output:

Yes/Yes
Input:

HCSL
Output:

HCSL
Frequency-Max:

250 MHz
Voltage-Supply:

1.62V ~ 1.98V, 2.25V ~ 2.75V, 2.97V ~ 3.63V
OperatingTemperature:

-40°C ~ 105°C (TA)
Mounting Type:

Surface Mount, Wettable Flank
Category:

Clock/Timing - Clock Buffers, Drivers
Datasheet:

SYA75603ATWLVAO.pdf

SYA75603ATWLVAO Frequently Asked Questions

Is SYA75603ATWLVAO currently in stock? ▼

FudongIC currently shows 3,104 units of SYA75603ATWLVAO in stock. Because electronic component inventory and pricing can change quickly, please submit an RFQ so we can confirm real-time stock, date code, unit price and lead time.

What is the minimum order quantity for SYA75603ATWLVAO? ▼

The minimum order quantity currently shown for SYA75603ATWLVAO is 1. For samples, small-batch orders, volume purchasing or long-term supply, submit an RFQ through FudongIC and we can provide tier pricing based on your actual requirements.

Is SYA75603ATWLVAO original and genuine? ▼

FudongIC has experience in semiconductor distribution and works with global electronic component distributors and spot-stock suppliers in China. We focus on supply-channel review, quality control and traceability. If you need authenticity documentation, date-code information or quality files for SYA75603ATWLVAO, please note this in your RFQ.

Can you provide a datasheet or technical support for SYA75603ATWLVAO? ▼

Yes. You can view or download the SYA75603ATWLVAO.pdf datasheet on this page. If you need pinout information, package details, BOM alternative suggestions or application-selection support for SYA75603ATWLVAO, you can also contact the FudongIC technical and sales team.

Can you recommend alternative parts for SYA75603ATWLVAO? ▼

Yes. Based on your application, preferred manufacturer, package 16-VFQFN Exposed Pad, electrical specifications and lead-time requirements, FudongIC can help evaluate alternatives or related-series parts for SYA75603ATWLVAO. Please submit an RFQ with your original BOM or specification requirements.

Which applications and industries commonly use SYA75603ATWLVAO? ▼

As a Clock/Timing - Clock Buffers, Drivers product from Microchip Technology, SYA75603ATWLVAO may be used in projects involving 5G communications, aerospace and defense, automotive electronics, industrial IoT, wireless embedded vision, cloud computing, data centers, medical electronics, motor control, automation, energy and building technologies, subject to the requirements of the specific design.