74FCT3807EQGI

Series:	74FCT
Packaging:	Tube
Part Status:	Active
Type:	Fanout Buffer (Distribution)
Number of Circuits:	1
Ratio - Input:Output:	1:10
Differential - Input:Output:	No/No
Input:	LVTTL
Output:	CMOS, TTL
Frequency - Max:	166MHz
Voltage - Supply:	3 V ~ 3.6 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	20-SSOP (0.154", 3.90mm Width)
Supplier Device Package:	20-QSOP
Base Part Number:	IDT74FCT3807

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Introduction
74FCT3807EQGI is a clock buffer, driver and switch which integrates multiple features within one integrated circuit. This device features a low cost, low skew, low propagation delay and fully TTL compatible operation. The clock buffer and driver is designed with enhanced features, such as an auto-reset and dedicated enable pin, as well as “Level 0” outputs as an option. Clock buffers allow multiple clocks to be distributed to multiple chips and enable inter-chip communication. Drivers ensure that clock signals are driven to their full TTL levels. Furthermore, the 74FCT3807EQGI is selectable for either two independent clock outputs or one and one complementary outputs, by internal connection.
Application Fields
The 74FCT3807EQGI has wide applications for different types of digital systems. It is well-suited for designs where multiple clocks are needed because of its low skew, low cost and low propagation delay. It is commonly used in various digital systems such as clock synchronization, clock distribution, pulse-width modulation, frequency division, as well as multiplexing and demultiplexing. It is also used in a variety of timing control circuits, such as frequency-hopping systems, where precision timing is imperative. It can be used in applications that require one set of clock signals to be distributed to multiple chips with low inter-chip communication latency or when multiple clocks need to be synchronized or regulated with a single clock signal.
Working Principle
The 74FCT3807EQGI is a versatile clock buffer, driver and switch that enables low skew, low cost and low propagation delay. It features two outputs, a dedicated enable pin and an option for “Level 0” outputs. The device is designed for multiple chip inter-communication applications, such as signal synchronization and clock distribution. The two outputs are designed to drive two independent different clock signals, or, alternatively to drive a single complementary signal. The signal from the input is first divided into two signals through a low-skew buffer, thus allowing for lower propagation delays. Then the output signals can be selected as either two independent clock signals or one and one complementary outputs.
Overall, the 74FCT3807EQGI offers a two-outputs buffer, driver and circuit switch all in one package that is available in both 5V and 3.3V. It integrates features such as low cost, low skew, low propagation delay and auto-reset pin, providing an all-around high performance, low latency timing device. Applications such as clock synchronization, clock distribution, and frequency division can benefit from the superior features of this device. It is fully tolerant to TTL levels and also features an option for Level 0 outputs, making it a great choice for applications requiring precision timing. Conclusion
In conclusion, the 74FCT3807EQGI is a low cost, low propagation delay, low skew clock buffer, driver and switch that integrates many features in a single package. It is designed for applications such as clock synchronization, clock distribution and frequency division, providing superior performance and low latency. Furthermore, the device is fully tolerant to TTL levels and offers an option for Level 0 outputs, making it an ideal choice for systems requiring precision timing.

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