IDT74FCT38072DCI8

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The IDT74FCT38072DCI8 is designed to buffer and drive asynchronous system clocks and synchronous module clock signals. It is ideal for clock buffering and distribution in high-performance, low-power systems where system loading must be minimized. As a direct replacement for the industry-standard 74CBT3807 and 76CBT3807 buffer, the IDT74FCT38072DCI8 offers improved operating performance, lower power consumption, and a much wider voltage range.

The IDT74FCT38072DCI8 is a low-skew, low-power, four-input multiplexer-lut based on buffered And gates. It features four eight-bit buffers, with input control logic. The multiplexer-lut also provides two independent control signals that can be used to control multiple instances of the IDT74FCT38072DCI8 in a daisy chain configuration. The device is available in two versions – one with TTL inputs and outputs, and the other with LVTTL inputs and outputs. It is available in TSSOP-16, TQFP-44, and QFN-44 packages.

The IDT74FCT38072DCI8 has a wide range of market applications including information storage and retrieval systems, wireless communication systems, medical and industrial imaging, industrial automation systems and audio equipment. It can be used for driving signal buses and clocks that require high-speed, low-power buffering. Additionally, the device can be used to reduce power consumption in multi-clock systems.

The IDT74FCT38072DCI8 employs a four-input multiplexer-lut design to enable clock buffering and distribution. This allows the device to be used in clock tree designs with different clock speeds and fan-out requirements. The design also allows the device to be used in high-performance, low-power systems, where system loading must be minimized. The device is designed to meet JESD 13 standards, meaning it is compliant with the latest IC timing specifications. This enables the use of the IDT74FCT38072DCI8 in applications where tight timing requirements are necessary.

The IDT74FCT38072DCI8 offers several advantages over traditional buffer devices, such as improved power consumption, wider voltage Ddges, and faster response times. Its low-skew, low-power architecture enables it to be used in systems where accuracy and precision are critical. It also offers improved system loading compared to traditional buffer devices. Finally, it is PIN- and footprint-compatible with existing buffer chips, making it an ideal replacement for already-installed chips.

The IDT74FCT38072DCI8 is a versatile addition to your system design. Its low-skew, low-power design enables it to be used in high-performance, low-power systems where system loading must be minimized. Additionally, its wide voltage range makes it suitable for many different applications. By enabling the use of multiple clock speeds and fan-out requirements, the device provides great flexibility to your system design. Finally, it is PIN- and footprint-compatible with existing buffer chips, making it an ideal replacement for already-installed chips, thus making it suitable for diverse applications.

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