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SI5341A-D-GMR

Silicon Labs

SI5341A-D-GMR by Silicon Labs

SI5341A-D-GMR by Silicon Labs is a clock generator with 1028 MHz output frequency, 64 terminals, and 1.71-1.89 V supply voltage range. It is used in processor-specific applications requiring precise timing control and operates b/w -40 to 85 °C.

Median Price

$18.620

Lifecycle Status

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Mouser Electronics

USA . 2,510 parts In-Stock

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Arrow

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Verical

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Nova Conductors

Japan . 10 parts In-Stock

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Digiode

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Chip Stock

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Continental Prestige Electronics

USA . 928 parts In-Stock

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Ampacity Inc.

Singapore . 963 parts In-Stock

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Corphita

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Advanced Electronics

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Microchip USA

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Aztec Data Supply Inc.

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Corohmni

South Africa . 265 parts In-Stock

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Netroflash

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Robosynatics

Brazil . 150 parts In-Stock

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Overview

Enhance your electronic designs with the SI5341A-D-GMR clock generator from Silicon Labs. As a trusted manufacturer in the industry, Silicon Labs delivers top-quality products that meet the highest standards. Clock generators are essential components for a wide range of applications, and the SI5341A-D-GMR is no exception. With its advanced technology and precise output frequency, this clock generator offers unparalleled value and performance to customers. Upgrade your projects with the SI5341A-D-GMR and experience the difference today.

Feature Benefit Bullets

Surface Mount: YES

Makes it easy to integrate into circuit boards for compact design.

Maximum Supply Voltage: 1.89 V

Allows for a higher supply voltage which can improve overall performance.

Package Shape: SQUARE

Square shape can provide better stability and alignment during installation.

Maximum Output Clock Frequency: 1028 MHz

High output clock frequency for demanding applications.

No. of Terminals: 64

Sufficient number of terminals for effective connectivity.

Package Style: CHIP CARRIER, HEAT SINK/SLUG, VERY THIN PROFILE

Multiple package styles provide flexibility for different mounting options.

Minimum Supply Voltage: 1.71 V

Low minimum supply voltage for energy efficiency.

Maximum Operating Temperature: 85 °C

Wide operating temperature range for versatility in different environments.

Minimum Operating Temperature: -40 °C

Can operate in extreme cold conditions without issues.

Terminal Finish: Nickel/Palladium/Gold/Silver (Ni/Pd/Au/Ag)

High-quality terminal finish for reliable connectivity.

Terminal Position: QUAD

Quad terminal position for convenient connection.

Maximum Seated Height: 0.9 mm

Low seated height for compact designs.

Width: 9 mm

Narrow width for space-saving integration.

Maximum Time At Peak Reflow Temperature (s): 40

Short reflow time for efficient manufacturing processes.

Peak Reflow Temperature °C: 260

High peak reflow temperature tolerance for robust assembly.

Length: 9 mm

Compact length for efficient board layout.

Peripheral IC Type: CLOCK GENERATOR, PROCESSOR SPECIFIC

Specifically designed for clock generation in processors.

Technology: CMOS

CMOS technology for low power consumption and high speed operation.

Terminal Form: NO LEAD

Lead-free terminal form for environmental friendliness.

Maximum Supply Current: 230 mA

Moderate supply current requirement for efficient power usage.

Nominal Supply Voltage: 1.8 V

Stable nominal supply voltage for consistent performance.

Terminal Pitch: 0.5 mm

Fine terminal pitch for precise connections.

Moisture Sensitivity Level (MSL): 2

Moderate moisture sensitivity level for handling and storage.

Nominal Primary Clock/Crystal Frequency: 750 MHz

Optimal primary clock frequency for various applications.

Technical Specifications

Clock Generators SI5341A-D-GMR attributes and parameters. Explore more Clock Generators devices from Silicon Labs

Specs

JESD-30 Code:

S-XQCC-N64

JESD-609 Code:

e4

Length:

9 mm

Moisture Sensitivity Level (MSL):

2

No. of Terminals:

64

Maximum Operating Temperature:

85 Cel

Minimum Operating Temperature:

-40 Cel

Maximum Output Clock Frequency:

1028 MHz

Package Body Material:

UNSPECIFIED

Package Code:

Package Equivalence Code:

LCC64,.35SQ,20

Package Shape:

Package Style (Meter):

CHIP CARRIER, HEAT SINK/SLUG, VERY THIN PROFILE

Peak Reflow Temperature (C):

260

Nominal Primary Clock/Crystal Frequency:

750 MHz

Maximum Seated Height:

.9 mm

Maximum Supply Current:

230 mA

Maximum Supply Voltage:

1.89 V

Minimum Supply Voltage:

1.71 V

Nominal Supply Voltage:

1.8 V

Surface Mount:

YES

Technology:

CMOS

Terminal Finish:

Nickel/Palladium/Gold/Silver (Ni/Pd/Au/Ag)

Terminal Form:

Terminal Pitch:

.5 mm

Terminal Position:

QUAD

Maximum Time At Peak Reflow Temperature (s):

40

Width:

9 mm

Trade Compliance

SI5341A-D-GMR Peripheral ICs trade compliance attributes, and parameters.

ECCN

EAR99

ECCN Governance

EAR

HTS

8542.39.00.01

SB

8542.39.00.00

Manufacturer Highlights

Silicon Labs

Silicon Laboratories, Inc. (Silicon Labs) is a fabless global technology company that designs and manufactures semiconductors, other silicon devices and software, which it sells to electronics design engineers and manufacturers in Internet of Things (IoT) infrastructure worldwide. It is headquartered in Austin, Texas, United States. The company focuses on microcontrollers (MCUs) and wireless system on chips (SoCs) and modules. The company also produces software stacks including firmware libraries and protocol-based software, and a free software development platform called Simplicity Studio. Silicon Labs was founded in 1996 and released its first product, an updated DAA design that enabled manufacturers to reduce the size and cost of a modem, two years later. During its first three years, the company focused on RF and CMOS integration, and developed the world's first CMOS RF synthesizer for mobile phones which was released in 1999. Following the appointment of Tyson Tuttle as the CEO in 2012, Silicon Labs has increasingly focused on developing technologies for the IoT market, which in 2019 accounted for more than 50 percent of the company's revenue, but in 2020 had increased to about 58 percent. In 1998, Silicon Labs released its first product, an updated Direct Access Arrangement (DAA) design that enabled manufacturers to reduce the size and cost of a modem.

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