Bus Transceivers (229 artikelen)

Logic Family = 74FCT Logic Function = Bus Transceiver Number of Elements per Chip = 18 Number of Channels per Chip = 16 Polarity = Non-Inverting Package Type = QSOP Pin Count = 20 Output Level = 3-...

The Renesas Electronics 74FCT245T octal bidirectional transceiver is designed for asynchronous two way communication between data buses. The transmit/receive (T/R) input determines the direction of...

Logic Family = CMOS Logic Function = Transceiver Number of Elements per Chip = 8 Number of Channels per Chip = 8

Logic Family = CMOS Logic Function = Transceiver Number of Elements per Chip = 8 Number of Channels per Chip = 8

Logic Family = 74FCT Logic Function = Transceiver Number of Elements per Chip = 6

Logic Family = 74FCT Logic Function = Transceiver Number of Elements per Chip = 6

Number of Elements per Chip = 2

Number of Elements per Chip = 2

The Renesas Electronics 74LVC16245A 16-bit high-speed, low power bus transceiver is ideal for asynchronous communication between two busses and can operate as either two independent 8-bit transceiv...

Logic Family = 74LVC Logic Function = Bus Transceiver Number of Elements per Chip = 36 Number of Channels per Chip = 16 Polarity = Non-Inverting Package Type = TSSOP Pin Count = 48 Output Level = 3...

Logic Family = 74LVC Logic Function = Bus Transceiver Number of Elements per Chip = 36 Number of Channels per Chip = 16 Polarity = Non-Inverting Package Type = TSSOP Pin Count = 48 Output Level = 3...

The Renesas Electronics 74LVC16245A 16-bit high-speed, low power bus transceiver is ideal for asynchronous communication between two busses and can operate as either two independent 8-bit transceiv...

Logic Family = 74FCT Logic Function = Transceiver Number of Elements per Chip = 18

Logic Family = 74FCT Logic Function = Transceiver Number of Elements per Chip = 18

The Renesas Electronics 74LVCH16245A 16-bit high-speed, low power bus transceiver is ideal for asynchronous communication between two busses. This device can operate as either two independent 8-bit...