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Part Manufacturer Description PDF & SAMPLES
ISL54226IRTZ-T7A Intersil Corporation High-Speed USB 2.0 (480Mbps) DPST Switch with OVP and Dedicated Charger Port Detection; DFN8; Temp Range: -40° to 85°C
ISL54228IRUZ-T Intersil Corporation High-Speed USB 2.0 (480Mbps) DPST Switch with Overvoltage Protection (OVP); DFN8, uTQFN8; Temp Range: -40° to 85°C
ISL54228IRUZ-T7A Intersil Corporation High-Speed USB 2.0 (480Mbps) DPST Switch with Overvoltage Protection (OVP); DFN8, uTQFN8; Temp Range: -40° to 85°C
ISL54228IRTZ-T Intersil Corporation High-Speed USB 2.0 (480Mbps) DPST Switch with Overvoltage Protection (OVP); DFN8, uTQFN8; Temp Range: -40° to 85°C
ISL54228IRTZ-T7A Intersil Corporation High-Speed USB 2.0 (480Mbps) DPST Switch with Overvoltage Protection (OVP); DFN8, uTQFN8; Temp Range: -40° to 85°C
ISL54226IRTZ-T Intersil Corporation High-Speed USB 2.0 (480Mbps) DPST Switch with OVP and Dedicated Charger Port Detection; DFN8; Temp Range: -40° to 85°C

"Bus Switches"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Undershoot Protection: Which Systems Need this Protection and Why Bus switches have become commonplace in may system applications. Bus switches are used for bus isolation, bus data exchange and multiplexing. These devices offer low On resistance and use very little system power. However, bus switches do have , device. This can cause data corruption, and even a system fault. Although bus switches, like most logic , . Fortunately the Fairchild Semiconductor FSTU Bus Switch family of switches are offered with the patented Fairchild Semiconductor
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AN-5021 preventing DC voltage spikes Bus Switches can bus voltage CAN BUS CIRCUIT FSTU32160 undershoot voltage spikes
Abstract: low power dissipation, Toshiba's bus switches are suitable for high-speed bus systems. Toshiba offers a wide variety of bus switches, including USB switches, 15-V bus switches, low-voltage bus switches, level-shifting bus switches, analog switches and reference voltage selector switches. These bus , TC7USB221WBG/FT NEW TC7USB31WBG/FK NEW MPB/WPB/SPBxxxx Series(Dual-Supply Bus Switches) MBL/WBL/SBLxxxxA Series MBLxxxxS Series Low-Voltage NEW MBL/WBL/SBLxxxxC Series (Low-Capacitance Bus Switches Toshiba
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L3257C TOSHIBA el suffix usb221 WCSP8 TC7USB221 mb 428 WB66/SB66 SP3066/3067 TC7PB53TU TC7PB54FC/FK BCE0014D E-28831
Abstract: Undershoot Protection: Which Systems Need this Protection and Why Bus switches have become commonplace in may system applications. Bus switches are used for bus isolation, bus data exchange and multiplexing. These devices offer low On resistance and use very little system power. However, bus switches do have , device. This can cause data corruption, and even a system fault. Although bus switches, like most logic , . Fortunately the Fairchild Semiconductor FSTU Bus Switch family of switches are offered with the patented Fairchild Semiconductor
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Abstract: Key Benefits · Industry standard pin-outs Bus Switches: 3.3-V CBTLV and 5-V CBT · , family of low-voltage bus switches (CBTLV). These high-speed bus connect devices bring greater system , systems, CBTLV switches can be used for extremely fast bus connections, bus multiplexing, memory , -, 4-, 8-, 10-, 12-, 20- and 24-bit-wide bus switches, bus exchange switches, and decoder and , 5-V Bus Switches. CBT, TI's original bus switch family, fast became an industry standard for many Texas Instruments
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SCDB002 CBTLV1G125 CBT3386 CBTLV3384 A060198
Abstract: SWITCHES Leading Logic Supplier Offers Industry's Broadest Selection of Bus Switch Devices SANTA CLARA , logic, today unveiled new Double-DensityTM FST bus switches to meet the need for fast, low-power , number of devices, IDT gives customers the industry's most complete family of bus switches to address all of their high-performance bus interface logic needs." Wide Bus Switches Offer Ideal Solution For a Range of Applications IDT's new, wide bus switches are an important addition to its bus switch family Integrated Device Technology
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74FST163209 74FST163384 74FST1632384 74FST1632383 74FST163233 1996--I
Abstract: Zero-Delay Bus Switches 1. Bus Switch Features Pericoms bus switch product family has many , are bus connect switches that use an enable/disable control, with no propagation delay. Using bus , . Pericom bus switches are high-speed TTL bus connect devices. When they are enabled, they directly connect , voltages below 3 volts. As compared with competitor devices, Pericom's bus switches have lower resistance. This low resistance feature makes them ideal for bus switching applications. Pericoms bus switches Pericom Semiconductor
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74X245 74xx126 PI5C3384 1N4001 PI5C3861 PI5C3400 PI5C3257 PI6C3257 PI6C3251
Abstract: SWITCHES Leading Logic Supplier Offers Industry's Broadest Selection of Bus Switch Devices SANTA CLARA , logic, today unveiled new Double-DensityTM FST bus switches to meet the need for fast, low-power , number of devices, IDT gives customers the industry's most complete family of bus switches to address all of their high-performance bus interface logic needs." Wide Bus Switches Offer Ideal Solution For a Range of Applications IDT's new, wide bus switches are an important addition to its bus switch family Integrated Device Technology
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74FST163232 74FST163214 74FST163212 74FST163211
Abstract: APPLICATION NOTE -1 ZERO DELAY BUS SWITCHES ZERO DELAY BUS SWITCHES Table of Contents , I II I I I M I M APPLICATION NOTE -1 ZERO DELAY BUS SWITCHES I I I I I I I I II I I I I I I I II , I M ZERO DELAY BUS SWITCHES 1. Features of Bus Switches Pericom Sem iconductor's bus switch , delay. Using bus switches, a logic designer can accomplish certain design goals with a very simple and effective circuit. The Pericom bus switches are high-speed TTL bus connect devices. When they are enabled -
OCR Scan
transistor book PI5C3253
Abstract: control of the flood packet rate and bus corruptor, can be controlled using the switches on the platform , four DIP switches are described below. May 2, 2003 20 Industrial Control using the CAN Bus , ON/OFF } Sw. 2&1: CAN bus speed Figure 17. DIP Switches In the following description of the , · Switches 2 and 1: CAN bus speed. These two switches set the speed of the CAN bus. All three , Ti Industrial Control using the CAN Bus Platform Getting Started Guide Contents Texas Instruments
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sm99 fan and lights remote TMS470R1VF338 TMS320LF2406A TMS320F2810 SW500
Abstract: FET Switches in Docking Stations SZZA039 Unterminated Bus Line Bus Glitch 3.3 V 1.65 V , the load (see Figure 3). FET Switches in Docking Stations 3 SZZA039 Unterminated Bus Line , place the bus switches in the mobile system between the mobile system bus and the docking system , bus switches with integrated precharge onboard a mobile device is a recommended method to reduce bus , to a level that does not disturb active data on the bus. If the addition of bus switches to the Texas Instruments
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dock connector laptop docking station SN74CBT6800A SN74CBTK6800 SN74CBTLV16800 SN74CBTS6800
Abstract: Requirements 3.2 Board Mounting 3.3 Setting Switches 3.4 Connecting Cables LSI20102 SCSI Bus Converter , switches and to view SCSI bus activity on offboard LED. LSI20101/LSI20102 SCSI Bus Boards Figure 2 , active SCSI terminators that use external switches and to view SCSI bus activity on an LED LSI20102 , USER'S GUIDE SCSI Bus Expander Family: LSI20101 Extender Board LSI20102 Converter Board , describes the LSI Logic LSI20101/LSI20102 SCSU Bus Expander Family and will remain the official reference LSI Logic
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DB15-000189-02 CR10 LSI53C120 E-198
Abstract: application note describes how to connect Altera's 3.3 V PCI devices to a 5 V PCI bus by using bus switches. The application note addresses the following topics: Bus Switches Overview Bus switches , output limiting characteristic of bus switches can be used as a 5 V PCI bus to 3.3 V PCI bus converter , V PCI Bus Using Bus Switches MMSD701T1 5V 4.7K 4.3 V Vcc A0 Input/Output 5 V PCI Bus , BE/GND Bus Switch PCI Considerations The implementation using bus switches is a PCI Altera
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IDTQS3861 an33010 FSTD16244 PI5C32X245 QS3861 SCDA003B AN-330-1 800-EPLD
Abstract: identical devices are needed in the same system. The multiplexers and switches split the I2C bus into , at different voltage levels but need to operate on a common bus. The multiplexers and switches allow , devices on the bus may exceed the 400 pF limitation. The multiplexers and switches can isolate devices , Multiplexers and Switches with Interrupt Logic & Reset Description I2C Multiplexers and Switches fan out , devices and isolate unused devices to reduce bus capacitance. MULTIPLEXER I2C BUS 0 I2C BUS OFF Philips Semiconductors
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PCA954X PCA9543 PCA9545 PCA9546 PCA9548 PCA9545D AN262 pca9544dt philips cdm 9 philips master guide PCA9548PW PCA9542/44/46/48 PCA9540 PCA9542 PCA9544
Abstract: : -7 0 dB at 5 MHz CMOS Compatible I2C Bus Compatible Fast Switching- toN: , Power Consumption Easily Interfaced Future System Expansion via I2C Bus Applications · Component Video Switching: RGB + SYNC, S-VHS, Y-C, etc · Audio/Video Routing · Digital TV · ATE · I2C Bus Audio , or through the two-wire I2C bus. The DG894 is built on the Siliconix proprietary D/CMOS process that , SDA SCL Function/Switch On I2C Bus Operation, Address Ao = "1" I2C Bus Operation, Address Aq = "0" 0 0 -
OCR Scan
P-32167--R
Abstract: Zero Delay Bus Switches 1. Bus Switch Features Pericom's bus switch product family has many , are bus connect switches that use an enable/disable control, with no propagation delay. Using bus , , typically 1V. Pericom bus switches are high-speed TTL bus connect devices. When they are enabled, they , input or output voltages below 3 volts. As compared with competitor devices, Pericom's bus switches , . Pericom's bus switches are low-power devices with quiescent power supply current Icc = 3.0uA. Excellent Pericom Semiconductor
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pinout cable vga to tv PI5C3383 PI5C3245 74XX125 74F245 74F244
Abstract: DIP switches to test 21150 secondary bus arbitration and secondary clock control functions. 4.1 , default, configure the secondary bus arbiter system using DIP switches SW2, SW3, and SW4. Figure 4-1 , .1-2 DIP Switches , .4-1 4.1 4.2 4.3 A Secondary PCI Bus Arbitration , EB150 with One Secondary Bus Option Card .1-6 EB150 Intel
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A4832 A4832-01 21150 pci bridge 21150 PCI Evaluation Board Schematics 21A5005 Intel 21150 21A5005/6
Abstract: switches (also referred to as bus switches) are designed to quickly turn on/off the connection to a high-speed digital line or bus. TI bus switches provide industry-standard functions and pinouts (i.e., '244, '245) in a full range of bit widths (from 1-bit Little Logic to 32-bit WidebusTM). TI bus switches , actively expanding its portfolio into nextgeneration, low-voltage bus switches. The CBTLV family, the , . CBT/ CBT-C 5 TI offers over 70 different functions in its broad line of FET switches, bus Texas Instruments
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schematic diagram Power Tree UPS transistor crossreference schematic diagram UPS fet SN74CB3Q16233 FET Transistor Guide 1 into 12 demultiplexer circuit diagram A070804 SCDB006A
Abstract: required. Pericom's GTL bus switches, PI5C3220X (Figure 1), can take care of this required termination automatically on the motherboard. These switches are all 32-bits wide. There are four different bus switches , 's GTL bus switches are available in four different impedance values: 56 ohms, 75 ohms, 100 ohms and 150 , each of these groups. A block diagram of one of the GTL termination switches is shown in Figure 2 , components developed by Pericom solves the problem of terminating the CPU bus to a predetermined impedance Pericom Semiconductor
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PI5C32201 PI5C32202 PI5C32203 block diagram OF pentium 2 pentium m block diagram block diagram of pentium PROCESSOR motherboard PCB diagram pentium 4 block diagram of processor pentium 1 motherboard PCB diagram PI5C32200
Abstract: , switches. When OPEN or OFF, the bus switch consumes no power and provides high impedance isolation between , to modular components and translation between dissimilar voltage components, bus switches can , to pull the A-side up to 5V. For more information on translation with FST Bus Switches, refer to , . Typical CMOS Pass Gate Types OF Bus Switches bit to several bits in width. The Multiplexer Switch can , Switches can be configured into three basic functional types: the Bus Switch, the Multiplexer Switch, and Fairchild Semiconductor
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SOT23 NMOS SOT23-5 VTP Signal Path Designer SC70-5 NC7SZD384 NC7SZ66
Abstract: the same system. The multiplexers and switches split the I2C bus into several sub-branches and allow , but need to operate on a common bus. The multiplexers and switches allow translation between 1.65 V , the bus may exceed the 400 pF limitation. The multiplexers and switches can isolate devices that are , Multiplexers and Switches, controlled via the I²C bus. The block diagram is shown in Figure 1. The SCL/SDA , identical devices are needed in the same system. The multiplexers and switches split the I2C bus into Philips Semiconductors
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PCA9545PW PCA9542D JESD22-A115 JESD22-A114
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