83058AGILFT

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	Multiplexer
Number of Circuits:	1
Ratio - Input:Output:	8:1
Differential - Input:Output:	No/No
Input:	LVCMOS, LVTTL
Output:	LVCMOS, LVTTL
Frequency - Max:	250MHz
Voltage - Supply:	2.375 V ~ 3.465 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	16-TSSOP (0.173", 4.40mm Width)
Supplier Device Package:	16-TSSOP
Base Part Number:	ICS83058

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83058 AGILFT is a dedicated clock distribution solution designed to deliver low-skew, high-fanout, and frequency-agile clock distribution, while supporting a wide range of frequency and amplitude configurations. This technology is ideal for industrial, aerospace, and telecom/datacom applications where minimal clock skew is required.When looking at clock distribution solutions, one of the most important areas to consider is the ability to deliver reliable clock signals at multiple frequencies and amplitudes. The AGILFT technology used in the 83058 is designed specifically for this. It offers low-skew, high-fanout, and frequency-agile clock distribution for a wide range of frequencies, modulation spectra and amplitudes. The AGILFT technology is based on a fully asynchronous logic and memory architecture, providing a robust signal path for clock generation and distribution. This means that there is no need to buffer or gate the clock while it is in transit, as the device will automatically adjust the signal strength and quality based on the load. The result is a highly consistent signal that can be delivered at a variety of frequencies and amplitudes with minimal noise and skew.The basic architecture of the AGILFT technology consists of a master clock, a control chip, multiple buffer/buffer stages, and a variable-frequency/amplitude operating mode. The master clock is responsible for generating the primary clock signal. This signal is then divided into multiple phases before being distributed to the various clock outputs by the buffer/buffer stages. Finally, the variable-frequency/amplitude mode is used to adjust the signal strength and frequency as needed to meet the application\'s requirements.The AGILFT technology provides a number of benefits for applications that require high-precision clock distribution. The low-skew and frequency-agile operation ensures that signals are delivered with minimal delay, jitter, and drift, while the variable frequency/amplitude mode allows the clock distribution to be adjusted to the specific application requirements. Additionally, the AGILFT technology features an integrated test and monitoring system, allowing the end user to monitor and verify the clock signal performance.The AGILFT technology is ideal for applications that require low-skew clock distribution at multiple frequencies and amplitudes. It is used in a variety of industrial, aerospace, and telecom/datacom applications. In these applications, the AGILFT technology provides reliable, consistent clock signals with minimal noise and skew.

Clock/Timing - Clock Buffers, Drivers

83058 AGILFT is a dedicated clock distribution solution designed to deliver low-skew, high-fanout, and frequency-agile clock distribution, while supporting a wide range of frequency and amplitude configurations. This technology is ideal for industrial, aerospace, and telecom/datacom applications where minimal clock skew is required.

When looking at clock distribution solutions, one of the most important areas to consider is the ability to deliver reliable clock signals at multiple frequencies and amplitudes. The AGILFT technology used in the 83058 is designed specifically for this. It offers low-skew, high-fanout, and frequency-agile clock distribution for a wide range of frequencies, modulation spectra and amplitudes.

The AGILFT technology is based on a fully asynchronous logic and memory architecture, providing a robust signal path for clock generation and distribution. This means that there is no need to buffer or gate the clock while it is in transit, as the device will automatically adjust the signal strength and quality based on the load. The result is a highly consistent signal that can be delivered at a variety of frequencies and amplitudes with minimal noise and skew.

The basic architecture of the AGILFT technology consists of a master clock, a control chip, multiple buffer/buffer stages, and a variable-frequency/amplitude operating mode. The master clock is responsible for generating the primary clock signal. This signal is then divided into multiple phases before being distributed to the various clock outputs by the buffer/buffer stages. Finally, the variable-frequency/amplitude mode is used to adjust the signal strength and frequency as needed to meet the application\'s requirements.

The AGILFT technology provides a number of benefits for applications that require high-precision clock distribution. The low-skew and frequency-agile operation ensures that signals are delivered with minimal delay, jitter, and drift, while the variable frequency/amplitude mode allows the clock distribution to be adjusted to the specific application requirements. Additionally, the AGILFT technology features an integrated test and monitoring system, allowing the end user to monitor and verify the clock signal performance.

The AGILFT technology is ideal for applications that require low-skew clock distribution at multiple frequencies and amplitudes. It is used in a variety of industrial, aerospace, and telecom/datacom applications. In these applications, the AGILFT technology provides reliable, consistent clock signals with minimal noise and skew.

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