Semiconductors
Passive Components
Sensors
Power
Optoelectronics
| Datasheet | V23826-K305-C63D3 |
| File Size | 1,006.95 KB |
| Total Pages | 9 |
| Manufacturer | Infineon Technologies |
| Website | https://www.infineon.com |
| Total Parts | This datasheet covers 13 part numbers |
| Associated Parts | V23826-K305-C63D3, V23826-K305-C313, V23826-K305-C353, V23826-K305-C353C3, V23826-K305-C363, V23826-K305-C353D3, V23826-K305-C363D3, V23826-K305-C373, V23826-K305-C53, V23826-K305-C53C3, V23826-K305-C53D3, V23826-K305-C63, V23826-K305-C363C3 |
| Description | TXRX MULT-MODE 850NM 1.3GBIT, TXRX MULT-MODE 850NM 1.3GBIT, TXRX MULT-MODE 850NM 1.3GBIT, TXRX MULT-MODE 850NM 1.3GBIT, TXRX MULT-MODE 850NM 1.3GBIT |
V23826-K305-C63D3 - Infineon Technologies
The Products You May Be Interested In
 |
V23826-K305-C63D3 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 286 More on Order |
|
V23826-K305-C313 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 441 More on Order |
|
V23826-K305-C353 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 347 More on Order |
|
V23826-K305-C353C3 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 277 More on Order |
|
V23826-K305-C363 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 397 More on Order |
|
V23826-K305-C353D3 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 272 More on Order |
|
V23826-K305-C363D3 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 143 More on Order |
 |
V23826-K305-C373 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 183 More on Order |
|
V23826-K305-C53 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 155 More on Order |
|
V23826-K305-C53C3 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 213 More on Order |
|
V23826-K305-C53D3 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 335 More on Order |
|
V23826-K305-C63 | Infineon Technologies | TXRX MULT-MODE 850NM 1.3GBIT | 118 More on Order |
URL Link
|
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 4.75V ~ 5.25V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 3.1V ~ 3.5V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 3.1V ~ 3.5V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 3.1V ~ 3.5V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 3.1V ~ 3.5V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 3.1V ~ 3.5V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 3.1V ~ 3.5V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 3.1V ~ 3.5V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 4.75V ~ 5.25V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 4.75V ~ 5.25V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 4.75V ~ 5.25V Connector Type SC Mounting Type Through Hole |
Manufacturer Infineon Technologies Series - Data Rate 1.3Gbps Wavelength 850nm Applications Ethernet Voltage - Supply 4.75V ~ 5.25V Connector Type SC Mounting Type Through Hole |