SY10H607JZ

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Logic - Translators, Level Shifters

The SY10H607JZ is a low-power, low-threshold non-inverting level translator, designed to facilitate I/O and power supply compatibility between 1.7V to 5.5V and 1.9V to 5.5V supplies. The device uniquely combines low softelectric noise immunity, which is not present in competitive devices, with flexible level shifting capabilities.

The SY10H607JZ allows for a wide variety of voltage level conversions, such as 1.9V to 5.5V, 2.5V to 3.3V, and 5V to 3.3V conversions. The device is suitable for applications such as data busses and power rails, port converters, battery monitoring and bridging circuits, and memory control.

Application Fields

The SY10H607JZ is particularly well suited for applications in the automotive, medical, industrial and consumer markets. Automotive applications can benefit from the device’s low power dissipation, thermal management capabilities and 2kV high ESD rating. Medical devices can benefit from the SY10H607JZ’s ultra-low pressure drop, which helps maintain control and accuracy in heart rate monitoring and other critical applications. The device is well suited for industrial applications, as it offers high noise immunity and wide compatibility with various levels of voltage.

In consumer applications, the SY10H607JZ offers the ability to interface with various I/O levels and allows designers to use the same device for multiple projects. This reduces the cost of design and manufacturing, which can result in more cost-effective solutions.

Working Principle

The working principle of the SY10H607JZ is based on a non-inverting level translator that can drive multiple logic platforms using on a single supply. The device uses input-voltage thresholds to drive logic levels, which are determined by the direction and threshold characteristics of the input and output voltages. In steady-state, the input and output voltages are equal within the device’s input and output specifications.

In order to ensure the most reliable data transfer, the input voltage determines the output voltage level. During the data transfer phase, the source voltage drives the output low and the voltage threshold of the output device is taken as a reference. The output voltage will remain at the referenced voltage level until the source voltage reaches the output voltage. Inside the device, the input and output voltages are equal and the output voltage is the same as the input voltage.

The SY10H607JZ offers a wide range of compatibility with various I/O voltage levels, allowing for open- and closed-loop solutions. This makes the device well suited for various applications, from the automotive and medical markets to consumer markets. The device also features high noise immunity, low current consumption and low pressure drop.

The SY10H607JZ is an ideal solution for designers who need to bridge multiple I/O levels. It offers reliable level shifting capabilities and allows designers to use the same device for multiple projects. This device is also well suited for applications that demand high noise immunity and low power consumption.

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