SY100E107JZ-TR

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The SY100E107JZ-TR is a configurable, multi-function gate and inverter from Sanyo Semiconductor. It is designed to solve a wide range of applications with its built-in flexibility, including logic operations, pattern matching, timing, and pulse integration. The SY100E107JZ-TR is a combination of several logic gates and inverters with a price tag that is more affordable than buying separate components.

The SY100E107JZ-TR is a multi-propagation delay gate and inverter, featuring three propagation delays (tAHL, tAH, and tHL) and three current-conductance states (HIGH, LOW, and Hi-Z). The gate and inverter also boasts a very low power-on voltage of 2.0V and a wide supply voltage range of 2.7 to 5.5V. This makes it a great choice for applications that require precise timing and low power consumption.

The SY100E107JZ-TR offers several advantages over traditional logic gates and inverters. Its built-in flexibility allows users to configure the inverter to solve a wide range of applications. Its multi-propagation delay allows more precise timing, allowing faster response times and reduced latency. Its low power consumption and wide supply voltage range make it ideal for applications that require low power consumption and precise timing.

The SY100E107JZ-TR is designed to work within an integrated circuit (IC). The IC contains two logic functions – a NAND gate and an inverter. The NAND gate is used to form NAND-based TTL logic functions with adjustable delays, while the inverter is used to complement the NAND gate to form inverting TTL logic functions with adjustable delays. This enables the SY100E107JZ-TR to provide logic functions with adjustable delays, making it ideal for applications that require precise timing and low power consumption.

The SY100E107JZ-TR is a great choice for applications that need flexible, low-power logic and timing solutions. Its multi-propagation delay and low power consumption make it ideal for applications that require precise timing and low power consumption. Its wide supply voltage range and adjustable delays make it the perfect choice for applications that require flexibility, low power consumption, and precise timing. Its low cost and easy-to-use interface makes it an excellent choice for any application.

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