비디오 시리즈
Precision Labs 시리즈: 스위치 및 멀티플렉서의 기능과 매개변수 이해
일반적인 애플리케이션 사용 사례를 탐색하여 일반적인 스위치 및 멀티플렉서 기능과 매개변수에 대한 지식을 쌓으세요. 이러한 비디오는 I2C, SPI, UART 및 MIPI를 사용하여 애플리케이션을 설계하는 데 도움이 됩니다.
Are switches & multiplexers bidirectional?
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Learn about common analog switch architectures, specifications, characteristics and parameters. (15)
Are switches & multiplexers bidirectional?
00:04:52온-저항 평탄도 및 온-커패시턴스
00:10:27Leakage current and charge injection
00:10:39대역폭, 크로스토크, 오프-절연 및 THD+ 잡음
00:12:56What are timing characteristics?
00:03:43Output/input logic levels (VOH, VOL, VIH, VIL)
00:05:15What is 1.8 V logic support?
00:06:02Understanding S-parameters of high-speed multiplexers
00:10:03Simplify power sequencing with powered-off protection
00:04:20What is overvoltage protection?
00:03:35What is fail-safe logic?
00:02:27Prevent crosstalk with injection current control
00:05:13What is latch-up immunity?
00:01:28Can I leave unused pins floating?
00:03:33전기 오버스트레스
00:18:08Precision Labs 시리즈: 스위치 및 멀티플렉서의 기능과 매개변수 이해
Learn about common analog switch architectures, specifications, characteristics and parameters. (15)
Are switches & multiplexers bidirectional?
00:04:52온-저항 평탄도 및 온-커패시턴스
00:10:27Leakage current and charge injection
00:10:39대역폭, 크로스토크, 오프-절연 및 THD+ 잡음
00:12:56What are timing characteristics?
00:03:43Output/input logic levels (VOH, VOL, VIH, VIL)
00:05:15What is 1.8 V logic support?
00:06:02Understanding S-parameters of high-speed multiplexers
00:10:03Simplify power sequencing with powered-off protection
00:04:20What is overvoltage protection?
00:03:35What is fail-safe logic?
00:02:27Prevent crosstalk with injection current control
00:05:13What is latch-up immunity?
00:01:28Can I leave unused pins floating?
00:03:33전기 오버스트레스
00:18:08