| Allicdata Part #: | NB6L14MNGOS-ND |
| Manufacturer Part#: |
NB6L14MNG |
| Price: | $ 7.94 |
| Product Category: | Integrated Circuits (ICs) |
| Manufacturer: | ON Semiconductor |
| Short Description: | IC CLK BUFFER 1:4 3GHZ 16QFN |
| More Detail: | Clock Fanout Buffer (Distribution) IC 1:4 3GHz 16-... |
| DataSheet: |  NB6L14MNG Datasheet/PDF |
| Quantity: | 148 |
| 1 +: | $ 7.94000 |
| 10 +: | $ 7.70180 |
| 100 +: | $ 7.54300 |
| 1000 +: | $ 7.38420 |
| 10000 +: | $ 7.14600 |
Specifications
| Series: | ECLinPS MAX™ |
| Packaging: | Tube |
| Part Status: | Active |
| Type: | Fanout Buffer (Distribution) |
| Number of Circuits: | 1 |
| Ratio - Input:Output: | 1:4 |
| Differential - Input:Output: | Yes/Yes |
| Input: | CML, LVCMOS, LVDS, LVPECL, LVTTL |
| Output: | LVCMOS, LVPECL |
| Frequency - Max: | 3GHz |
| Voltage - Supply: | 2.375 V ~ 3.63 V |
| Operating Temperature: | -40°C ~ 85°C |
| Mounting Type: | Surface Mount |
| Package / Case: | 16-VFQFN Exposed Pad |
| Supplier Device Package: | 16-QFN (3x3) |
| Base Part Number: | NB6L14 |
Description
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The NB6L14MNG Clock/Timing - Clock Buffers, Drivers is a low-voltage differential driver that has been designed for reliable and low-cost implementation. It has been optimized for high performance applications to provide a very wide frequency range and enhanced signal integrity for use in a variety of applications, including high-speed clock multiplication, as well as driving clock signals and timing signals through multiple devices.
The NB6L14MNG features a differential output, a very wide operating temperature range, and an input clock signal frequency range of up to 3GHz, making it ideal for use in high-performance applications. The driver also has very low power consumption, with an ultra-low quiescent current of only 2.5µA, meaning it can effectively be used in low-power applications.
The NB6L14MNG has been designed to operate with a single supply voltage of 1.8V. It is capable of providing a signal swing up to 500mVpp, which is enough to maintain signal integrity even at high frequency operation. The output of the NB6L14MNG is a differential signal, meaning that any noise or interference on the signal lines is isolated from the signal.
One of the main features of the NB6L14MNG is the integrated input clock signal compensation circuit, which helps to improve the jitter performance of the device over a wide frequency range. This means that the device can be used in applications where the input clock signal is prone to jitter or interference. The NB6L14MNG also has a programmable output skew adjustment, allowing the user to adjust the clock output skew in order to optimize the system performance.
The NB6L14MNG has been optimized for a variety of applications, including driving high-speed memories, driving clock signals in ASICs and FPGAs, and for high-speed clock distribution in systems. The device is also ideal for driving multiple clock signals in high-performance systems, as the output skew and clock jitter specification of the device ensures a high level of signal integrity. In addition, the device is easy to use, with a simple interface, and it is extremely small, making it ideal for integration in high-density systems.
The NB6L14MNG has been designed to provide an extremely low power consumption, making it ideal for use in low-power applications. The device also has a very low quiescent current of 2.5µA, which helps to reduce power consumption even further. The output swing of the device is also very low, meaning that it can be used in high-performance applications with a very well-defined power budget.
In conclusion, the NB6L14MNG is an ideal choice for a variety of applications, including high-speed clock multiplication and driving various clock signals and timing signals. The device features a wide operating range, enhanced signal integrity and extremely low power consumption. The NB6L14MNG is also a simple and cost-effective solution, making it a great choice for a variety of applications.
The specific data is subject to PDF, and the above content is for reference
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