SY10H601JZ

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SY10H601JZ is a device from Texas Instruments’ existing family of logic translators and level shifters. This device allows users to bidirectionally interface between two different types of logic families, with minimal overshoot and undershoot. It is particularly suitable for switching between TTL and CMOS logic families.

The SY10H601JZ comprises of two bidirectional logic translators, each implemented with a set of ten logic-level shifters. Each of these blocker-capable logic shifters uses two wide voltage range PMOS transistors for bidirectional level shifting. This dual-transistor architecture reduces the amount of overshoot and undershoot during switching, preventing data corruption when messaging between different logic families.

The integrated Schottky diodes on the SY10H601JZ add to the level-shifting behavior of the device protecting it from damage due to reverse-address / reverse-data flows. The tiny DW package of the device makes it an ideal choice for board-level applications where the space is at a premium. The device is suited to a wide range of operations and is tested and specified at temperatures ranging from -55°C to 85°C.

The SY10H601JZ is mainly used in situations where logic signals operating at different levels need to be interfaced between one another. The device can interface between 5V, 3V, and single power/ground-referenced circuits, as well as between low- and high-voltage circuits. It is capable of performing bidirectional signal-level conversions, so circuit designs dealing with asynchronous signalling in two different logic families can be implemented using the SY10H601JZ.

The SY10H601JZ is designed to optimize signal-level translation between two different logic families, with minimal or no overshoot, undershoot, or signal distortion. This is achieved by having two PMOS transistors per logic-level translator. This dual-transistor architecture provides a controlled rise and fall time, having feedback mechanisms in place for suppressing ringing and other signal noise.

The device is also equipped with Schottky diodes clamped between the inputs of each logic-level translator, each functioning to protect the device by providing a low-voltage clamp when voltage levels go out of the specified range, or a reverse-address / reverse-data flow is detected. This prevents any corrupt data from being transferred.

The SY10H601JZ has many advantages over other types of logic translators/level shifters. It requires significantly less power and takes up less space than other solutions, and can be used across a temperature range of -55°C to 85°C. It also offers bidirectional signal-level conversions and is protected against reverse-connections, cross-connections, and signal overshoots.

In conclusion, the SY10H601JZ is a versatile device which is capable of performing bidirectional signal-level conversions between different logic families, while also providing protection against reverse-address/reverse-data flows, overshoot and undershoot, making it an ideal choice for board-level applications.

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