The TDC7201 has two built-in Time-to-Digital Converters (TDCs) that can be used to measure distance down to 4 cm and up to several kilometers using a simple architecture, which eliminates the need to use expensive FPGAs or processors.

The TDC7201 has two built-in Time-to-Digital Converters (TDCs) that can be used to measure distance down to 4 cm and up to several kilometers using a simple architecture, which eliminates the need to use expensive FPGAs or processors.

In microelectronics, high-accuracy time-to-digital converters (TDCs) serve as stopwatches to take time-of-flight measurements; most engineers associate them with all-digital phase-locked loops (PLLs), where a TDC serves as phase detector.

Jan 1, 2023 · Time-to-digital converters (TDCs) are high-precision time sensors converting a time interval (TI) into a digital code.

tdc7200 是一款时间 - 数字转换器 (tdc)，适用于水表、燃气表和热量计等超声波感测装置。 与 tdc1000（超声波模拟前端）配套使用时，tdc7200 可与 msp430、电源、无线器件以及相关源代码一起构成一套完整的德州仪器 (ti) 超声波感测解决方案。

Jan 31, 2022 · Our results showed that both TI and tDCS significantly boosted functional connection strength between M1 and secondary motor cortex (premotor cortex and supplementary motor cortex). This is the first time to demonstrate substantial stimulation effect of TI in the human brain.

Our results showed that both TI and tDCS significantly boosted functional connection strength between M1 and secondary motor cortex (premotor cortex and supplementary motor cortex). This is the first time to demonstrate substantial stimulation effect of TI in the human brain.

TI’s TDC7200 is a Time-to-digital converter for time-of-flight (ToF) applications for LIDAR and ultrasonic. Find parameters, ordering and quality information.

Oct 19, 2016 · The TDC7201 has two built-in Time-to-Digital Converters (TDCs) that can be used to measure the distance down to 4cm and up to several kilometers using a simple architecture. This feature eliminates the need to use expensive FPGAs or processors.

Noninvasive brain stimulation has developed as a promising tool for cognitive neuroscientists. Transcranial magnetic (TMS) and direct current (tDCS) stimulation allow researchers to purposefully enhance or decrease excitability in focal areas of the brain.