DS1708TESA+T&R

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DS1708TESA+T&R is a range of Programmable Power-Supply Supervisors, which are specifically targeting voltage supervisors in applications with low-power, compact and flexible power supply requirements. Its features include low power consumption, wide range of operating voltages, and trim capability.

The DS1708TESA+T&R is the latest addition to the family of Supervisor ICs from Texas Instruments. This family of devices provides a wide range of functionality from controlling, supervising and monitoring power supply systems. Supervision is implemented via several voltage inputs, which, when tripped, initiate an interrupt signal or reset signal to the target system.

The DS1708TESA+T&R is specifically designed to operate down to very low supply voltages, or only slightly above system interrupt thresholds. This allows it to accurately monitor the input voltages in applications with extremely low-power requirements. Furthermore, it is also designed to prevent unintentional system interruptions in the case of transient supply-voltage spikes.

The range of functionality is further enhanced by trim capability, which allows fine-tuning of the supervisor thresholds to ensure reliable system performance and accuracy. The trim range is adjustable with an external capacitor and a Current Regulating Device. This capability allows the user to program the supply voltage thresholds that are adapted to specific application requirements.

The DS1708TESA+T&R is specifically geared to fulfill the voltage supervision needs of small, low-power embedded systems. These systems often have stringent design constraints, whereby space and power are at a premium. The DS1708TESA+T&R fits the bill here; thanks to its small form-factor, it can be easily integrated into embedded designs to facilitate accurate system supervision.

The DS1708TESA+T&R is a member of the TI Supervisory family, and as such provides enhanced functionality over other voltage supervision solutions currently available. It combines flexibility, low power consumption and accuracy for applications where power supply reliability is critical. This makes it an ideal solution for the design of modern, compact and reliable supervision systems.The specific data is subject to PDF, and the above content is for reference