MAX9324ETP

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Mfr.Part #
MAX9324ETP
Manufacturer
Analog Devices, Inc.
Package / Case
Datasheet
Download
Description
MAX9324 ONE-TO-FIVE LVPECL/LVCMO
Stock
4,139
In Stock :
4,139

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Manufacturer :
Analog Devices, Inc.
Product Category :
Clock Buffers, Drivers
Terminal Pitch :
0.5mm
Max I(ol) :
0.004 A
Moisture Sensitivity Level (MSL) :
1 (Unlimited)
Same Edge Skew-Max (tskwd) :
0.03 ns
Max Duty Cycle :
60 %
Max Supply Voltage :
3.6V
Logic IC Type :
LOW SKEW CLOCK DRIVER
RoHS Status :
RoHS Compliant
Prop. Delay@Nom-Sup :
0.6 ns
Pbfree Code :
No
Length :
4mm
Surface Mount :
yes
Supply Voltage :
3.3V
Peak Reflow Temperature (Cel) :
245
Propagation Delay (tpd) :
0.6 ns
Number of True Outputs :
4
Input Conditioning :
Differential
Number of Terminations :
20
Number of Functions :
1
JESD-609 Code :
e0
Temperature Grade :
Industrial
Operating Supply Voltage :
3.3V
Terminal Finish :
Tin/Lead (Sn/Pb)
Radiation Hardening :
No
Number of Pins :
20
Operating Temperature (Min) :
-40°C
Operating Temperature (Max) :
85°C
Terminal Position :
QUAD
HTS Code :
8542.39.00.01
Pin Count :
20
Width :
4mm
Min Supply Voltage :
3V
Height Seated (Max) :
0.8mm
fmax-Min :
650 MHz
Datasheets
MAX9324ETP
Introducing Clock Buffers, Drivers Analog Devices, Inc. MAX9324ETP from Chip IC,where excellence meets affordability. This product stands out with its Number of Terminations:20, Number of Pins:20, MAX9324ETP pinout, MAX9324ETP datasheet PDF, MAX9324ETP amp .Beyond Clock Buffers, Drivers Analog Devices, Inc. MAX9324ETP ,we also offer PI6C49S1510AZDIEX, SY58605UMG-TR, CDCV304PW, Our vast inventory has you covered. Contact us now for immediate solutions.

Analog Devices, Inc. MAX9324ETP


Clock Buffers, Drivers Analog Devices, Inc. MAX9324ETP Overview

The MAX9324ETP from Analog Devices, Inc. stands as a premier solution within the realm of Clock Buffers and Drivers, expertly designed to handle demanding signal integrity enhancement applications. This integrated circuit specializes in translating signals from LVPECL to LVCMOS levels, making it an invaluable component for high-speed digital systems. Its ability to efficiently distribute one input into five outputs minimizes system complexity and enhances performance. The robust design of the MAX9324ETP ensures reliability and stability in a wide range of operating conditions, making it a go-to choice for engineers looking to optimize their electronic systems. The Clock Buffers, Drivers Analog Devices, Inc. MAX9324ETP is tailored to meet the stringent requirements of modern digital technologies, offering both precision and versatility.

MAX9324ETP Features

  • One-to-Five Channel Translation: Facilitates the expansion from single LVPECL inputs to five LVCMOS outputs, enhancing signal distribution capabilities.
  • High-Speed Operation: Designed to operate effectively at high frequencies, ensuring minimal signal degradation and optimal performance in fast digital environments.
  • Low Power Consumption: Optimized for energy efficiency, which reduces operational costs and thermal footprint in system designs.
  • Robust Design: Built to perform reliably under varying electrical and thermal conditions, thereby increasing system longevity and durability.
  • Compact Packaging: The TQFN package is ideal for space-constrained applications, providing a high degree of functionality in a small form factor.

MAX9324ETP Applications

  • Data Communication Equipment: Enhances signal integrity and distribution in routers, switches, and modems by translating and buffering signals effectively.
  • High-Speed Computing: Facilitates clock signal management in servers and high-performance computers, ensuring stable and consistent operation.
  • Telecommunications: Critical for infrastructure that demands high reliability and precision, such as in base station signal processing units.
  • Test and Measurement Systems: Utilized to maintain signal fidelity in complex measurement equipment, improving accuracy and reliability of results.
  • Industrial Electronics: Serves in PLC systems and other industrial applications where signal integrity and distribution are paramount for operational efficiency.
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