P82B96DR
Texas Instruments (TI) Also known as: Burr-Brown, Chipcon, Comlinear, Luminary Micro, Power Trends, Unitrode
Category: I2C & I3C level shifters, buffers & hubs
Description: 2-bit bidirectional 2- to 15-V 400-kHz I2C/SMBus buffer/cable extender 8-SOIC -40 to 85
Avg. Price $3.43 | Auth QOH 4,186 | Ind QOH 189,546
Part Status: Active
Lead Time: 6 week(s)
Distributor | Disti# | RoHS Status | Pkg. | Stock (as of) | Price | |||
---|---|---|---|---|---|---|---|---|
Digi-Key | 296-20942-1-ND | ROHS3 Compliant | Cut Tape (CT) | 2,093 | 1 $4.13 10 $3.017 25 $2.7372 100 $2.4295 250 $2.2828 500 $2.19432 1K $2.12147 | BUY | ||
296-20942-6-ND | ROHS3 Compliant | Digi-Reel® | 2,093 | 1 $4.13 10 $3.017 25 $2.7372 100 $2.4295 250 $2.2828 500 $2.19432 1K $2.12147 | BUY | |||
296-20942-2-ND | ROHS3 Compliant | Tape & Reel (TR) | On Order | 1 $2.04455 | BUY | |||
DC MicroTechnology | 27,516 | QUOTE | ||||||
Digi-ic/Smart Pioneer Electronics, Co., Ltd. | P82B96DR | Compliant | Reel | 100,392 | BUY | |||
Eagle Technology Solutions | 15,000 | QUOTE | ||||||
Hightech Semiconductor Co., Ltd. | P82B96DR | RoHS compaliant | 493 | QUOTE | ||||
IC Components Limited | RoHS | IC REDRIVER I2C 1CH 400KHZ 8SOIC | 6,000 | BUY | ||||
ICSOSO Electronics Co., Ltd. | P82B96DR | RoHS Compliant | 16,296 | BUY | ||||
RX Electronics Limited | IC REDRIVER I2C 1CH 400KHZ 8SOIC | Compliant | EA | 17,480 | QUOTE | |||
Shenzhen Shengyu Electronics Technology | P82B96DR | 3,869 | QUOTE | |||||
Smith | 2,500 | |||||||
Detailed information:
The P82B96 device is a bus buffer that supports bidirectional data transfer between an I2C bus and a range of other bus configurations with different voltage and current levels.
One of the advantages of the P82B96 is that it supports longer cables/traces and allows for more devices per I2C bus because it can isolate bus capacitance such that the total loading (devices and trace lengths) of the new bus or remote I2C nodes are not apparent to other I2C buses (or nodes). The restrictions on the number of I2C devices in a system due to capacitance, or the physical separation between them, are greatly improved.