DS15BA101 - 1.5 Gbps Differential Buffer with Adjustable Output Voltage

	DS15BA101 - 1.5 Gbps Differential Buffer with Adjustable Output Voltage

Datasheet	Packaging	Samples & Pricing	Design Tools	Knowledge Base

Features

•	Data rates from DC to 1.5+ Gbps
•	Differential or single-ended input
•	Adjustable output amplitude
•	Single 3.3V supply
•	Industrial -40°C to +85°C temperature
•	Low power: 150 mW (typ) at 1.5 Gbps
•	Space-saving 3 x 3 mm LLP-8 package

General Description

The DS15BA101 is a high-speed differential buffer for cable driving, level translation, signal buffering, and signal repeating applications. More...

Applications

•	Cable extension applications
•	Level translation
•	Signal buffering and repeating
•	Security cameras

Typical Application

*click for larger image

Typical Application

Parametric Table expand

Parametric Table collapse

Channels 1 Channels

Max Speed 1.5 Gbps

OUT SigCon Adj. Amplitude

Input Compatibility LVDS/LVPECL/CML

Output Compatibility CML, LVDS

Power Consumption_ 149 mW

PowerWise Rating 4 99 mW/Gbps

Special Features use w/DS15EA101

SupplyVoltage 3.3 Volt

Temperature Min -40 deg C

Temperature Max 85 deg C

Channels 1 Channels

Max Speed 1.5 Gbps

OUT SigCon Adj. Amplitude

Input Compatibility LVDS/LVPECL/CML

Output Compatibility CML, LVDS

Power Consumption_ 149 mW

PowerWise Rating 4 99 mW/Gbps

Special Features use w/DS15EA101

SupplyVoltage 3.3 Volt

Temperature Min -40 deg C

Temperature Max 85 deg C

JTAG1149.1 No

Function Buffer

View Using Catalog

Typical Performance

click for larger image

Also Recommended

DS15EA101

Matching 0.15 To 1.5 Gbps Adaptive Cable Equalizer With LOS Detection (See Also For DriveCable02EVK

Additional Resources

Design Tools (see below)

Connection Diagram

*click for larger image

Datasheet

RoHS Compliance Information	Size in Kbytes	Date
DS15BA101 1.5 Gbps Differential Buffer with Adjustable Output Voltage	229 Kbytes	27-May-08	View Online Download
DS15BA101 1.5 Gbps Differential Buffer with Adjustable Output Voltage (Japanese)	257 Kbytes

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Package Availability, Models, Samples & Pricing

Part Number

Package

Factory Lead Time

Models

Samples &
Electronic
Orders

Budgetary Pricing

Std
Pack
Size

Package
Marking
Format

Type

Pins

Spec.

MSL
Rating

Peak
Reflow

RoHS
Report

CAD
Symbols

Weeks

Qty

$US each

DS15BA101SDE

LLP

NOPB

260

RoHS

N/A

Full production

N/A

500+

$2.52

reel
of
250

ZXYTT
BA101

8 weeks

N/A

DS15BA101SD

LLP

NOPB

260

RoHS

N/A

Full production

N/A

1K+

$2.25

reel
of
1000

ZXYTT
BA101

6 weeks

N/A

DS15BA101SDX

LLP

NOPB

260

RoHS

N/A

Full production

N/A

1K+

$2.25

reel
of
4500

ZXYTT
BA101

6 weeks

N/A

General Description

The DS15BA101 is a high-speed differential buffer for cable driving, level translation, signal buffering, and signal repeating applications. Its fully differential signal path ensures exceptional signal integrity and noise immunity and it drives both differential and single-ended transmission lines at data rates in excess of 1.5 Gbps.

Output voltage amplitude is adjustable via a single external resistor for level translation and cable driving applications into 50-ohm single-ended and 100-ohm differential mode impedances.

The DS15BA101 is powered from a single 3.3V supply and consumes 150 mW (typ) at 1.5 Gbps. It operates over the full −40°C to +85°C industrial temperature range and is available in a space saving 3x3 mm LLP-8 package.

Design Tools

Title	Size in Kbytes	Date
DriveCable02EVK Evaluation Kit Overview	2 Kbytes	9-Jan-2008	View
DS91C176EVK Evaluation Kit Overview	2 Kbytes	9-Jan-2008	View

If you have trouble printing or viewing PDF file(s), see Printing Problems.

Application Notes

Title	Size in Kbytes	Date
AN-1909: Application Note 1909 DS15BA101 and DS15EA101 Enable Long Reach Applications for Embedded Clock SER/DES	358 Kbytes	22-Oct-08	Download
AN-1826: Application Note 1826 Extending the Reach of a FPD-Link II Interface with Cable Drivers and Equalizers	251 Kbytes	24-Mar-08	Download

If you have trouble printing or viewing PDF file(s), see Printing Problems.

[Information as of 21-Nov-2008]