![SI5324E-C-GMR Allicdata Electronics](https://files.allicdata.com/upload/common/default.jpg)
Allicdata Part #: | SI5324E-C-GMR-ND |
Manufacturer Part#: |
SI5324E-C-GMR |
Price: | $ 0.00 |
Product Category: | Integrated Circuits (ICs) |
Manufacturer: | Silicon Labs |
Short Description: | IC CLOCK MULT 2KHZ-1.4GHZ 36VQFN |
More Detail: | N/A |
DataSheet: | ![]() |
Quantity: | 1000 |
Series: | DSPLL® |
Packaging: | Tape & Reel (TR) |
Part Status: | Active |
PLL: | Yes |
Main Purpose: | 3G, Ethernet, PCI, SONET/SDH, Wireless systems |
Input: | Clock |
Output: | CML, CMOS, LVDS, LVPECL |
Number of Circuits: | 1 |
Ratio - Input:Output: | 2:2 |
Differential - Input:Output: | Yes/Yes |
Frequency - Max: | 1.417GHz |
Voltage - Supply: | 1.71 V ~ 3.63 V |
Operating Temperature: | -40°C ~ 85°C |
Mounting Type: | Surface Mount |
Package / Case: | 36-VFQFN |
Supplier Device Package: | 36-QFN (6x6) |
Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us: sales@allicdata.com
Today’s applications need to be ultra-precise and robust in order to optimally manage time. The SI5324E-C-GMR is a product based on quartz oscillator technology, designed as a solution to provide time critical data communications, as well as time and frequency applications. This is due to its high accuracy and reliability in the field of clock and timing. The product uses quartz crystals and advanced circuitry to generate extremely precise and reliable frequency for the respective application. As this product is an application specific solution, it is used in a wide range of applications from powering next-gen electronics in the modern data center, to providing frequency translation for mission-critical communication systems.
The SI5324E-C-GMR timing/clocking IC offers an array of features that make it one of the most efficient and reliable clock management systems on the market. Firstly, the SI5324E-C-GMR boasts a low phase noise and jitter performance, allowing for more accurate timing needs. Secondly, its frequency range allows it to be used in a wide variety of environments and applications. Thirdly, its low power consumption helps optimize system performance and cost. Lastly, its advanced filtering capabilities provide exceptional phase noise and jitter performance.
The SI5324E-C-GMR integrates several subsystems to deliver its unique performance. Firstly, the system includes oscillators and PLLs (Phase Lock Loop) which allow for precision frequency control through a digital signal, enabling the transfer of data at high speeds and low error rates. Secondly, the integrated oscillator generates an initial frequency that can be used to achieve signal accuracy. Thirdly, the system also features a number of signal shaping, filtering, and attenuation features to ensure reliable, accurate performance of the signal.
The SI5324E-C-GMR utilizes a number of advanced circuitry techniques to achieve the precision timing it delivers. Firstly, it employs a big-capacitance type quartz crystal oscillator, which is highly accurate and stable over temperature, allowing for greater system performance in various environmental conditions. Secondly, it employs a jitter-reduction PLL which employs advanced frequency-control techniques to improve system performance over temperature and time. Thirdly, it also has an advanced jitter-attenuation filter which provides coverage inlcuding low-frequency jitter and interference. This helps filter out any unwanted noise that could affect the timing accuracy. Lastly, it has advanced signal-path filtering capabilities, which remove noise and unwanted signals and allow for greater signal reliability.
In summary, the SI5324E-C-GMR is an advanced clock and timing management system that is tailored to meet the specific needs of numerous applications. Its combination of high accuracy, low phase noise and jitter, wide frequency coverage and efficient power consumption makes it a reliable and cost-effective solution for different timing needs. Moreover, its ability to integrate several features and subsystems provides reliable signal accuracy, further enhancing the performance of the system for many different applications.
The specific data is subject to PDF, and the above content is for reference
Part Number | Manufacturer | Price | Quantity | Description |
---|
SI5340B-D-GM | Silicon Labs | 8.3 $ | 82 | IC JITTER ATTENUATOR/MULT... |
SI5342D-D-GM | Silicon Labs | 8.37 $ | 288 | IC JITTER ATTENUATOR/MULT... |
SI5340A-B-GM | Silicon Labs | 9.55 $ | 267 | IC CLK BUFFER PLL 44QFN |
SI5341B-D-GM | Silicon Labs | 9.77 $ | 37 | IC JITTER ATTENUATOR/MULT... |
SI5356A-B-GM | Silicon Labs | 3.26 $ | 490 | IC CLK GENERATOR I2C PROG... |
SI5351A-B-GTR | Silicon Labs | -- | 680 | IC CLK GENERATOR 200MHZ 1... |
SI5351A-B-GT | Silicon Labs | 0.64 $ | 10548 | IC CLK GENERATOR 200MHZ 1... |
SI5351B-B-GM | Silicon Labs | 1.53 $ | 3289 | IC CLK GENERATOR 200MHZ 2... |
SI5351C-B-GM | Silicon Labs | -- | 200 | IC CLK GENERATOR 200MHZ 2... |
SI5317C-C-GM | Silicon Labs | -- | 46 | IC CLK JITTER CLEANR PROG... |
SI5340A-D-GM | Silicon Labs | 9.55 $ | 1338 | BASE/BLANK PROTOTYPING DE... |
SI5341B-B-GM | Silicon Labs | -- | 1006 | IC CLK BUFFER PLL 64QFN |
SI5317A-C-GM | Silicon Labs | 9.9 $ | 472 | IC CLK JITTER CLEANR PROG... |
SI5341A-B-GM | Silicon Labs | 11.24 $ | 889 | IC CLK BUFFER PLL 64QFN |
SI5341A-D-GM | Silicon Labs | -- | 3388 | BASE/BLANK PROTOTYPING DE... |
SI5342A-D-GM | Silicon Labs | -- | 461 | BASE/BLANK PROTOTYPING DE... |
SI5344A-B-GM | Silicon Labs | 13.64 $ | 357 | IC CLK BUFFER PLL 44QFN |
SI5345B-B-GM | Silicon Labs | 13.96 $ | 756 | IC CLK BUFFER PLL 64QFN |
SI5345A-D-GM | Silicon Labs | -- | 1511 | BASE/BLANK PROTOTYPING DE... |
SI5326C-C-GM | Silicon Labs | -- | 466 | IC ANY-RATE MULTI/ATTEN 3... |
SI5326B-C-GM | Silicon Labs | 52.53 $ | 3 | IC ANY-RATE MULTI/ATTEN 3... |
SI5346A-D-GM | Silicon Labs | -- | 718 | BASE/BLANK PROTOTYPING DE... |
SI5346A-B-GM | Silicon Labs | 20.24 $ | 400 | IC CLK BUFFER PLL 44QFN |
SI5347A-D-GM | Silicon Labs | 38.38 $ | 685 | BASE/BLANK PROTOTYPING DE... |
SI5347A-B-GM | Silicon Labs | -- | 177 | IC CLK BUFFER PLL 64QFN |
SI5383B-D00100-GM | Silicon Labs | 22.59 $ | 1000 | BASE/BLANK PROTOTYPING DE... |
SI5368A-C-GQ | Silicon Labs | 42.29 $ | 90 | IC CLK MULTIPLIER ATTEN 1... |
SI5351A-B01966-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B01975-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B01976-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02057-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02058-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02075-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02247-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02382-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02449-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02631-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02692-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02782-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
SI5351A-B02783-GTR | Silicon Labs | 0.63 $ | 1000 | I2C PROG, ANY FREQUENCY, ... |
IC CLK BUFFER 1-8 DIFF 48-SSOP
![IDTCV141PVG Allicdata Electronics](https://files.allicdata.com/upload/common/default.jpg)
IC CLK GEN DESKTOP PC 48-SSOP
![IDTCV105EPVG8 Allicdata Electronics](https://files.allicdata.com/upload/common/default.jpg)
IC PLL CLK DVR SDRAM 52-CABGA
![CSPU877DBVG Allicdata Electronics](https://files.allicdata.com/upload/common/default.jpg)
IC PC CLOCK 48-SSOPMemory, DDR PC Clock ...
![960009CFLF Allicdata Electronics](https://files.allicdata.com/upload/common/default.jpg)
IC SYSTEM CLK CHIP AMD-K8 56SSOPPCI Expr...
![ICS953202BFT Allicdata Electronics](https://files.allicdata.com/upload/common/default.jpg)
IC K8 CLOCK CHIP 48-SSOP
![932S801AFLF Allicdata Electronics](https://files.allicdata.com/upload/common/default.jpg)