| No. | parte # | Fabricante | Descripción | Hoja de Datos |
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Vaishali Semiconductor |
High Speed CMOS VSwitch Dual 4-Bit Bus Switches |
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Vaishali Semiconductor |
High Speed CMOS VSwitch Dual 4-Bit Bus Switches •= •= •= •= Enhanced N-FET with no DC path to VCC or GND in normal operating signal voltage range. Low impedance bidirectional data flow: 5Ω (VS3244) and 25Ω (VS32244) Pin-compatible with QS3244 and CBT3244 switches. Near-zero propagation delay •= • |
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Vaishali Semiconductor |
Quad 2:1 Mux/Demux VSwitch •= •= •= •= •= Enhanced N-FET with no DC path to VCC or GND in normal operating signal voltage range. Low impedance bidirectional data flow: 5Ω (VS3257) and 25Ω (VS32257) Pin-compatible with QS3257 and CBT3257 switches. Near zero propagation delay Ze |
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Vaishali Semiconductor |
High Speed CMOS VSwitch 16-Bit Bus Switches •= •= •= •= Enhanced N-FET with no DC path to VCC or GND in normal operating signal voltage range. Low impedance bidirectional data flow: 5Ω (VS32X245) and 25Ω (VS32X2245) Pin-compatible with QS32X245 and QS32X2245 switches. Near-zero propagation del |
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Vaishali Semiconductor |
High Speed CMOS VSwitch 8-Bit Bus Switches •= •= •= •= Enhanced N-FET with no DC path to VCC or GND in normal operating signal voltage range. Low impedance bidirectional data flow: 5Ω (VS3345) and 25Ω (VS32345) Near-zero propagation delay Zero added ground bounce or signal noise •= •= •= •= |
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Vaishali Semiconductor |
High-speed 3.3V CMOS VSwitch Dual 4:1 Mux/Demux •= •= Enhanced N-FET with no DC path to VCC or GND in normal operating signal voltage range. Low impedance switches connect inputs to outputs with near-zero propagation delay: 5Ω (VS3V253) and 25Ω (VS3V2253) Pin-compatible with 74LVC253 or equivalent |
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Vaishali Semiconductor |
Quad Bus Switch with Individual Active Low Enables •= •= •= •= •= Enhanced N-FET with no dc path to VCC or GND in normal operating signal voltage range. Low impedance bidirectional data flow Pin-compatible with QS3125 & PI5C3125 switches Zero added ground bounce or signal noise TTL-compatible control |
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Vaishali Semiconductor |
High Speed CMOS VSwitch 8-Bit Bus Switches •= •= •= •= Enhanced N-FET with no DC path to VCC or GND in normal operating signal voltage range. Low impedance bidirectional data flow: 5Ω (VS3245) and 25Ω (VS32245) Pin-compatible with QS3245 and CBT3245 switches. Near-zero propagation delay •= • |
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Vaishali Semiconductor |
3.3V Quad Bus Switch with Individual Active Low Enables •= •= •= •= •= Enhanced N-FET with no dc path to VCC or GND in normal operating signal voltage range. Low impedance bidirectional data flow Pin-compatible with CBTLV3215 switch Zero added ground bounce or signal noise LVTTL-compatible control signals |
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Vaishali Semiconductor |
High-speed 3.3V CMOS VSwitch Quad 2:1 Mux/Demux combined with near-zero propagation del |
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Vaishali Semiconductor |
High-speed 3.3V CMOS VSwitch Quad 2:1 Mux/Demux •= •= Enhanced N-FET with no DC path to VCC or GND in normal operating signal voltage range. Low impedance switches connect inputs to outputs with near-zero propagation delay: 5Ω (VS3V257) and 25Ω (VS3V2257) Pin-compatible with 74LVC257 or equivalent |
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Vaishali Semiconductor |
Quad 2:1 Mux/Demux VSwitch |
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Vaishali Semiconductor |
High-speed 3.3V CMOS VSwitch Dual 4:1 Mux/Demux |
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Vaishali Semiconductor |
High Speed CMOS VSwitch 16-Bit Bus Switches |
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Vaishali Semiconductor |
High Speed CMOS VSwitch 8-Bit Bus Switches •= Enhanced N-FET w |
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Vaishali Semiconductor |
High Speed CMOS VSwitch 8-Bit Bus Switches •= E |
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Desde 2024. D4U Semiconductor.
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