NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Samples | Ordering |
| SN65HVD485ED | Texas Instruments | Half-Duplex RS-485 Transceiver 8-SOIC -40 to 85 | 
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| SN65HVD485EP | Texas Instruments | Half-Duplex RS-485 Transceiver 8-PDIP -40 to 85 |
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| SN65HVD485EDR | Texas Instruments | Half-Duplex RS-485 Transceiver 8-SOIC -40 to 85 |
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| SN65HVD485EPE4 | Texas Instruments | Half-Duplex RS-485 Transceiver 8-PDIP -40 to 85 |
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| SN65HVD485EDGK | Texas Instruments | Half-Duplex RS-485 Transceiver 8-VSSOP -40 to 85 |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: HVD485E: Better ESD protection (±15 kV vs unspecified) Faster signaling rate (10 Mbps vs 5 Mbps) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher , 5%) DS485 DS485 HVD485E: Higher signaling rate (10 Mbps vs 2.5 Mbps) Better ESD (±15 kV vs ±2 kV) More nodes on a bus (64 vs 32) Wider power supply tolerance (10% vs 5%) LTC485 LTC485 HVD485E ... | Original |
20 pages, |
SP485E SN75176 SN65HVD485E application notes SN65HVD485E LMS485E DS485 ADM485 VP485 IC vp485 SLLS612C SN65HVD485E abstract |
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| Abstract: HVD485E: Better ESD protection (±15 kV vs unspecified) Faster signaling rate (10 Mbps vs 5 Mbps) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher , 5%) DS485 DS485 HVD485E: Higher signaling rate (10 Mbps vs 2.5 Mbps) Better ESD (±15 kV vs ±2 kV) More nodes on a bus (64 vs 32) Wider power supply tolerance (10% vs 5%) LTC485 LTC485 HVD485E ... | Original |
20 pages, |
SP485E SN75176 SN65HVD485E LMS485E DS485 ADM485 VP485 IC vp485 SLLS612C SN65HVD485E abstract |
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| Abstract: HVD485E: Better ESD protection (±15 kV vs unspecified) Faster signaling rate (10 Mbps vs 5 Mbps) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher , 5%) DS485 DS485 HVD485E: Higher signaling rate (10 Mbps vs 2.5 Mbps) Better ESD (±15 kV vs ±2 kV) More nodes on a bus (64 vs 32) Wider power supply tolerance (10% vs 5%) LTC485 LTC485 HVD485E ... | Original |
21 pages, |
SP485E SN75176 SN65HVD485E LMS485E DS485 ADM485 VP485 SLLS612C SN65HVD485E abstract |
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| Abstract: HVD485E: Better ESD protection (±15 kV vs unspecified) Faster signaling rate (10 Mbps vs 5 Mbps) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher , 5%) DS485 DS485 HVD485E: Higher signaling rate (10 Mbps vs 2.5 Mbps) Better ESD (±15 kV vs ±2 kV) More nodes on a bus (64 vs 32) Wider power supply tolerance (10% vs 5%) LTC485 LTC485 HVD485E ... | Original |
20 pages, |
SP485E SN75176 SN65HVD485E application notes SN65HVD485E LMS485E DS485 ADM485 vp485 SLLS612C SN65HVD485E abstract |
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| Abstract: Telecommunications Equipment Improved Replacement for: PART NUMBER REPLACE WITH ADM485 ADM485 HVD485E , bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher signaling , ) DS485 DS485 HVD485E: Higher signaling rate (10 Mbps vs. 2.5 Mbps) Better ESD (� kV vs. �kV) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LTC485 LTC485 HVD485E: Better ESD ... | Original |
15 pages, |
SP485E SN75176 SN65HVD485E LMS485E DS485 digital square wave Generator ADM485 ADM485 application note vp485 SLLS612 RS485 SN65HVD485E abstract |
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| Abstract: Telecommunications Equipment Improved Replacement for: PART NUMBER REPLACE WITH ADM485 ADM485 HVD485E , bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher signaling , ) DS485 DS485 HVD485E: Higher signaling rate (10 Mbps vs. 2.5 Mbps) Better ESD (� kV vs. �kV) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LTC485 LTC485 HVD485E: Better ESD ... | Original |
16 pages, |
ADM485 LMS485E LTC485 RELIABILITY SN65HVD485E ADM485 application note SN75176 SP485E thermal simulation of IC package DS485 Dallas SN75176 MAX485E datasheet SN65HVD485E application notes vp485 SN65HVD485E abstract |
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| Abstract: Equipment Improved Replacement for: PART NUMBER REPLACE WITH ADM485 ADM485 HVD485E: Better ESD , ) Wider power supply tolerance (10% vs. 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher signaling rate (10 Mbps vs. , HVD485E: Higher signaling rate (10 Mbps vs. 2.5 Mbps) Better ESD (� kV vs. �kV) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LTC485 LTC485 HVD485E: Better ESD (� kV vs. ... | Original |
16 pages, |
SP485E SN75176 SN65HVD485E application notes SN65HVD485E LMS485E DS485 ADM485 application note ADM485 VP485 SLLS612A RS485 SN65HVD485E abstract |
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| Abstract: HVD485E: Better ESD protection (±15 kV vs unspecified) Faster signaling rate (10 Mbps vs 5 Mbps) More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs 5%) SP485E SP485E HVD485E: More nodes on a bus (64 vs. 32) Wider power supply tolerance (10% vs. 5%) LMS485E LMS485E HVD485E: Higher , 5%) DS485 DS485 HVD485E: Higher signaling rate (10 Mbps vs 2.5 Mbps) Better ESD (±15 kV vs ±2 kV) More nodes on a bus (64 vs 32) Wider power supply tolerance (10% vs 5%) LTC485 LTC485 HVD485E ... | Original |
20 pages, |
SP485E SN75176 SN65HVD485E LMS485E DS485 ADM485 vp485 SLLS612C SN65HVD485E abstract |
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| Abstract: LMS485E LMS485E REPLACE WITH HVD485E: HVD485E: HVD485E: Better ESD protection (±15 kV vs unspecified) Faster , (64 vs 32) Faster signaling rate (10 Mbps vs 5 Mbps) DS485 DS485 HVD485E: LTC485 LTC485 MAX485E MAX485E ST485E ST485E ISL8485E ISL8485E HVD485E: HVD485E: HVD485E: HVD485 HVD485: Please be aware that an important notice concerning , current supplied to all receivers can be as high as 32mA. The HVD485E is rated as a 1/2 unit load device , output current whenever the bus is active. Typically the HVD485E can drive more than 25mA to a 60 load ... | Original |
20 pages, |
vp485 SN65HVD485E SLLS612C SN65HVD485E abstract |
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| Abstract: LMS485E LMS485E REPLACE WITH HVD485E: HVD485E: HVD485E: Better ESD protection (±15 kV vs unspecified) Faster , (64 vs 32) Faster signaling rate (10 Mbps vs 5 Mbps) DS485 DS485 HVD485E: LTC485 LTC485 MAX485E MAX485E ST485E ST485E ISL8485E ISL8485E HVD485E: HVD485E: HVD485E: HVD485 HVD485: Please be aware that an important notice concerning , current supplied to all receivers can be as high as 32mA. The HVD485E is rated as a 1/2 unit load device , output current whenever the bus is active. Typically the HVD485E can drive more than 25mA to a 60 load ... | Original |
21 pages, |
vp485 SN65HVD485E SLLS612C SN65HVD485E abstract |
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| |* | Texas Instruments Incorporated | Data Transmissions Products | IBIS Model for SN65HVD485 SN65HVD485 SN65HVD485 SN65HVD485 | 8D SOIC Package |* | [IBIS Ver] 3.2 [Comment char] |_char [File name] hvd485e.ibs [File Rev] 1.0 [Date] 8December03 [Source] File originated at Texas Instruments www.datasheetarchive.com/files/texas-instruments/simulation-models/sllc265.ibs |
Texas Instruments | 07/08/2011 | 61.14 Kb | IBS | sllc265.ibs |
| |* | Texas Instruments Incorporated | Data Transmissions Products | IBIS Model for SN65HVD485 SN65HVD485 SN65HVD485 SN65HVD485 | 8D SOIC Package |* | [IBIS Ver] 3.2 [Comment char] |_char [File name] hvd485e.ibs [File Rev] 1.0 [Date] 8December03 [Source] File originated at Texas Instruments www.datasheetarchive.com/download/97857636-918800ZC/sllc265.zip (HVD485.ibs) |
Texas Instruments | 07/08/2011 | 11.64 Kb | ZIP | sllc265.zip |