Bus Switches (103 artikelen)

74CBT Family, Nexperia

74CBT Family, Nexperia

CBT Series Bus Switches, Nexperia. The CBT range of bus switches, from NXP, are high-speed TTL-compatible devices. Bus switches are low delay single transistor or transmission gate solutions for mu...

Logic Family = 74CBT Configuration = 1 x 1:1 Number of Elements per Chip = 8 Number of Inputs per Chip = 8 Number of Outputs per Chip = 4

Logic Family = 74CBT Configuration = 1 x 1:1 Number of Elements per Chip = 8 Number of Inputs per Chip = 8 Number of Outputs per Chip = 4

Logic Family = FCT

Logic Family = FCT

Logic Family = 74CBT Configuration = 8 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

Logic Family = 74CBT Configuration = 8 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

The Renesas Electronics 74CBTLV3257 is a quad 2:1 multiplexer/demultiplexer. The select (S) input controls the data flow. The multiplexers/demultiplexers are enabled when the output-enable (OE) inp...

Logic Family = 74CBT Configuration = 4 x 2:1 Number of Elements per Chip = 13 Number of Inputs per Chip = 14 Number of Outputs per Chip = 12 Package Type = TSSOP Pin Count = 16

Logic Family = 74CBT Configuration = 4 x 2:1 Number of Elements per Chip = 13 Number of Inputs per Chip = 4 Number of Outputs per Chip = 8

Logic Family = 74CBT Configuration = 4 x 2:1 Number of Elements per Chip = 13 Number of Inputs per Chip = 4 Number of Outputs per Chip = 8

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 8 Number of Inputs per Chip = 8 Number of Outputs per Chip = 4

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 8 Number of Inputs per Chip = 8 Number of Outputs per Chip = 4

Logic Family = CBT Configuration = 12 x 1:1 Number of Elements per Chip = 4 Number of Inputs per Chip = 24 Number of Outputs per Chip = 24

Logic Family = CBT Configuration = 12 x 1:1 Number of Elements per Chip = 4 Number of Inputs per Chip = 24 Number of Outputs per Chip = 24

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 4 Number of Inputs per Chip = 4 Number of Outputs per Chip = 4

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 4 Number of Inputs per Chip = 4 Number of Outputs per Chip = 4

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 8 Number of Inputs per Chip = 8 Number of Outputs per Chip = 4

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 8 Number of Inputs per Chip = 8 Number of Outputs per Chip = 4

Configuration = 4 x 1:1 Number of Elements per Chip = 10 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

Configuration = 4 x 1:1 Number of Elements per Chip = 10 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 17 Number of Outputs per Chip = 16 Package Type = QSOP Pin Count = 20

The Renesas Electronics QS3245 provides a set of eight high-speed CMOS TTL-compatible bus switches in a pinout compatible with 74FCT245, 74F245, 74ALS/AS/ LS245 8-bit transceivers. The low ON resis...

Logic Family = CMOS Configuration = 1 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 17 Number of Outputs per Chip = 16 Package Type = QSOP Pin Count = 20

The Renesas Electronics QS3245 provides a set of eight high-speed CMOS TTL-compatible bus switches in a pinout compatible with 74FCT245, 74F245, 74ALS/AS/ LS245 8-bit transceivers. The low ON resis...

Configuration = 8 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

Configuration = 8 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

Configuration = 8 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

Configuration = 8 x 1:1 Number of Elements per Chip = 9 Number of Inputs per Chip = 8 Number of Outputs per Chip = 8

Configuration = 8:1

Configuration = 8:1

Configuration = 8:1 Number of Elements per Chip = 20 Number of Inputs per Chip = 8 Number of Outputs per Chip = 1

Configuration = 8:1 Number of Elements per Chip = 20 Number of Inputs per Chip = 8 Number of Outputs per Chip = 1

Logic Family = CMOS Configuration = 2 x 4:1 Number of Elements per Chip = 20 Number of Inputs per Chip = 13 Number of Outputs per Chip = 2 Package Type = QSOP Pin Count = 16

The Renesas Electronics QS3253 is a high-speed CMOS TTL-compatible dual 4:1 multiplexer/ demultiplexer with 3-state outputs. The QS3253 is function and pinout compatible version of the 74F253, 74FC...

Configuration = 2 x 4:1 Number of Elements per Chip = 20 Number of Inputs per Chip = 8 Number of Outputs per Chip = 1

Configuration = 2 x 4:1 Number of Elements per Chip = 20 Number of Inputs per Chip = 8 Number of Outputs per Chip = 1

Logic Family = CMOS Configuration = 4 x 2:1 Number of Elements per Chip = 11 Number of Inputs per Chip = 10 Number of Outputs per Chip = 4 Package Type = QSOP Pin Count = 16

The Renesas Electronics QS3257 is a high-speed CMOS LVTTL-compatible Quad 2:1 multiplexer/demultiplexer. The QS3257 is a function and pinout compatible QuickSwitch version of the 74F257, 74FCT257, ...

The Renesas Electronics QS32X861 provides two sets of ten high-speed CMOS TTL compatible bus switches. The low ON resistance of the QS32X861 allows inputs to be connected to outputs without adding ...

Logic Family = CMOS Configuration = 2 x 1:1 Number of Elements per Chip = 22 Number of Inputs per Chip = 42 Number of Outputs per Chip = 40 Package Type = QVSOP Pin Count = 48

Logic Family = CBT Configuration = 12 x 1:1 Number of Elements per Chip = 4 Number of Inputs per Chip = 24 Number of Outputs per Chip = 24

Logic Family = CBT Configuration = 12 x 1:1 Number of Elements per Chip = 4 Number of Inputs per Chip = 24 Number of Outputs per Chip = 24

Configuration = 5 x 2:2 Number of Elements per Chip = 10 Number of Inputs per Chip = 10 Number of Outputs per Chip = 10

Configuration = 5 x 2:2 Number of Elements per Chip = 10 Number of Inputs per Chip = 10 Number of Outputs per Chip = 10

Configuration = 5 x 1:1 Number of Elements per Chip = 6 Number of Inputs per Chip = 10 Number of Outputs per Chip = 10

Configuration = 5 x 1:1 Number of Elements per Chip = 6 Number of Inputs per Chip = 10 Number of Outputs per Chip = 10

Number of Inputs per Chip = 10 Number of Outputs per Chip = 10