High-Speed Interconnect
8th Edition
February 2009
Industry’s most versatile portfolio of
high-speed interface ICs
Automotive SerDes for video and audio data
Rear-Seat Entertainment
Navigation
Safety Cameras
Fanout buffers, muxes, and crosspoint switches for clock and data distribution
Local Oscillators
Recovered Clock
Distribution
Reference Clock
Distribution
High-Speed Data
Maxim is a registered trademark of Maxim Integrated Products, Inc. © 2009 Maxim Integrated Products, Inc. All rights reserved.
Dual, anything-to-LVDS, 2 x 2 crosspoint
switches guarantee 1.50GHz minimum
operating frequency
The MAX9390/MAX9391 dual, 2 x 2 crosspoint switches are designed to optimize high-speed,
low-power, point-to-point interfaces. These devices guarantee 1.50GHz (min) operation and less than 65ps
(max) skew between channels, making them ideal for protection switching in fault-tolerant systems, loopback
switching for diagnostics, fanout buffering for clock/data distribution, and signal regeneration.
•Independent enable for each
differential output pair
•1.5GHz (min) operation
•< 2psRMS random jitter
•Accept any differential inputs
•LVDS outputs for clock or data
Network Storage
Multiple configuration options
SONET/SDH and Synchronous Ethernet
2 x 2 CROSSPOINT
2:1 MUX
Base Stations
1:2 SPLITTER
DUAL REPEATER
2
DSL, IP-DSLAM Equipment
One-time-programmable, generalpurpose clock generators
The MAX9491/MAX9471 are multipurpose one-time-programmable (OTP) clock generators. The MAX9491
has one programmable PLL, while the MAX9471 has two programmable PLLs. All of the PLLs feature fractional-N
feedback dividers and can generate almost any clock frequency under 200MHz with a given reference.
Set-Top Boxes
CLK_IN/X1
X2
VCXO
PLL
CLK_OUT
Telecom
Automotive
OTP
MAX9491
CLK_IN/X1
X2
VCXO
MAX9471
PLL2
CLK_OUT2
PLL1
CLK_OUT1
OTP
Switches/Routers
Handheld
Portables
Printers/All-in-One Office Devices
•5MHz to 50MHz input clock reference
•Factory-preset OTP for almost any output
frequency from 4MHz to 200MHz*
•Programmable through I2C interface or
three logic-level pins
•Low 8ps to 40ps RMS jitter (depending
on the input and outputs)
•-40°C to +85°C operating temperature range
•5mm x 5mm, 20-pin TQFN package
www.maxim-ic.com/timing
*Contact the factory for details.
3
Minimize your camera size with our
3mm x 3mm, 10-bit LVDS serializer
Enables flexible camera surveillance systems
Packaged in a 3mm x 3mm TQFN, the MAX9235 serializer is ideally suited for the compact cameras used
in production line monitoring and security systems. The MAX9235/MAX9206 10-bit, serializer/deserializer
(SerDes) chipset can transmit serial data at up to 400Mbps over PCB traces or twisted-pair cable.
Replace this
With this
10mm
3mm
3mm
7.8mm
16-TQFN = 9mm2
28-SSOP = 78mm2
TQF
16- N
3
mm
88% smaller th
an
competition
x 3mm
ture
Ideal for minia
cameras
INPUT
LATCH
PARALLEL DATA IN
PARALLEL
TO
SERIAL
BUS LVDS OUT
MAX9235
PARALLEL CLOCK IN
TIMING AND
CONTROL
PLL
Security Cameras
•10-bit parallel LVCMOS/LVTTL
interface
•Pairs with the MAX9206 10-bit
deserializer
•Frame bits allow automatic
synchronization
•Parallel input data latched on
rising edge of clock
4
•Wide 16MHz to 40MHz clock
input range
•±8kV ESD protection (Human Body
Model)
•-40°C to +105°C operating
temperature range
Gigabit multiport LVDS crosspoint
switches minimize system cost
Reduce the number of point-to-point LVDS links
The MAX9132/MAX9134/MAX9135 route multiple sources—such as navigation, camera, satellite TV, and
DVD signals—to multiple displays, thus reducing the number of point-to-point links. Additionally, they provide
programmable output preemphasis to improve signal integrity at the load and accommodate longer cables
than can typically be driven by similar switches.
Networked
through LIN
rger
Cascade for la
switch matrix
UPLINK PORTS
DIN0+
Ideal for automotive applications
DIN1+
DIN0-
DIN2+
DIN1-
DIN2-
•LIN, I2C, or pin programmable (MAX9134/35)
•-40ºC to +105ºC operating temperature range
•±25kV ESD protection*
•Preemphasis improves signal integrity
S0 S1 S2 S3 S4 S5
ROUTING
CONTROL
REGISTERS
Greater flexibility
I2C/LIN
INTERFACE
•Flexible crosspoint switches
•Multiplex any input to any output
•Broadcast any input to all outputs
•3:2 (MAX9132), 3:4 (MAX9134), and
4:3 (MAX9135) configurations
PD
SCL
SDA
MAX9134
DOUT0+
DOUT1+
DOUT0-
DOUT2+
DOUT1-
DOUT3+
DOUT2-
DOUT3-
DOWNLINK PORTS
*ISO 10605 Air-Gap Discharge.
5
Complete multimedia serial link for
digital video, audio, and control data
AUTOMOTIVE for infotainment systems
Supports next-generation TYPICAL
requirements
SAFETY APPLICATION
The MAX9259*/MAX9260* SerDes chipset provides a fully integrated gigabit multimedia serial link for
automotive infotainment, navigation, and rear-seat entertainment applications. This chipset integrates a bidirectional, full-duplex control channel that eliminates the need for a separate I2C or CAN interface, thus simplifying
design while saving space and cost. Additionally, programmable spread-spectrum capability minimizes EMI,
making it easier to pass automotive compliance tests.
MAX9260*
SERIALIZER
DESERIALIZER
VIDEO
GRAPHICS
CONTROLLER
µC
MAX9259*
AUDIO
UART
OR I2C
VIDEO
VIDEO/AUDIO +
FULL-DUPLEX CONTROL
LCD
AUDIO
UART
OR I2C
•Supports dual-view, 1600 x 480 resolution displays
•Supports 24-bit color and digital audio
•Supports multiple camera inputs
•Preemphasis to drive automotive-length cables
•Programmable spread spectrum reduces EMI
•-40°C to +105°C operating temperature range
*Future product—contact the factory for availability.
6
µC
Eliminate CAN or LIN interface with
smart, 18-bit, bidirectional LVDS SerDes
The MAX9257/MAX9258 bidirectional LVDS SerDes chipset eliminates the need for an external CAN or
LIN interface in automotive safety applications. Whereas typical applications require an additional bus for
system configuration, the MAX9257/MAX9258 integrate all control functions. They, thus, simplify the design
by eliminating the need for this costly bus and its associated wiring. These devices have smart features that
enhance bandwidth utilization and suppress EMI, and they operate over the -40°C to +105°C temperature range.
Sign
recognition
Night
vision
Lane
departure
Collision
avoidance
Why do this with the typical automotive safety application?
LCD
VIDEO
VIDEO
PROCESSOR
DESERIALIZER
SERIALIZER
CAMERA
I 2C
UART
CAN
TRANSCEIVER
CAN
TRANSCEIVER
µC
CONTROL ON CAN
When you can do this with Maxim’s simple solution?
LCD
VIDEO
PROCESSOR
CONTROL
MAX9258
DESERIALIZER
MAX9257
SERIALIZER
VIDEO
CONTROL
CAMERA
I2C
UART
INTEGRATED CONTROL
•Programmable spread spectrum
•Deserializer does not require external
reference clock
•ESD protection: ±10kV Contact and ±30kV
Air-Gap Discharge (ISO 10605)
7
27-bit LVDS serializers/deserializers
for automotive navigation systems
Programmable spread spectrum, drive up to 1280 x 480 displays
The MAX9247/MAX9248/MAX9250 27-bit, DC-balanced serializers/deserializers feature preemphasis
and programmable spread-spectrum capability, which spreads both output data and clock for maximum EMI
reduction. The MAX9247/MAX9248/MAX9250 are ideal for driving WVGA, VGA, and QVGA displays.
Enhanced ESD
protection
18-BIT
VIDEO DATA
Reduce cost and EMI by
eliminating wires
1007
(DIFFERENTIAL) STP
MAX9247
0.1μF
0.1μF
Minimize EMI with
spread data and
clock outputs
MAX9248
1007
PARALLEL
OUTPUTS
TO LCD
DC BALANCE
Preemphasis
improves signal
integrity
DC balance eliminates
problems caused by lowfrequency ground shifts
9-BIT CONTROL
VIDEO DATA
Spread spectrum reduces EMI
Preemphasis improves eye diagram
WITH PREEMPHASIS
2m CAT5 CABLE
1007 TERMINATION
PRE = LOW
REFCLK = 42MHz
PRE = HIGH
REFCLK = 42MHz
OUTPUT POWER SPECTRUM vs. FREQUENCY
0
2m CAT5 CABLE
1007 TERMINATION
100mV/div
100mV/div
GND
GND
RESOLUTION BW = 30kHz
VIDEO BW = 100kHz
REFCLK = 42MHz
-10
POWER SPECTRUM (dBm)
WITHOUT PREEMPHASIS
NO SPREAD
2% SPREAD
4% SPREAD
-20
-30
-40
-50
-60
-70
200ps/div
200ps/div
39
40
41
42
43
44
45
FREQUENCY (MHz)
Serializers
Part
MAX9247
MAX9217
8
Deserializers
Clock (MHz)
Features
2.5 to 42
3 to 35
Output common-mode filter, selectable preemphasis
Output common-mode filter
Part
MAX9248
MAX9250
MAX9218
Clock (MHz)
2.5 to 42
2.5 to 42
3 to 35
Features
Selectable ±2% or ±4% spread spectrum
Output enable
Output enable
Programmable spread-spectrum,
21-bit, DC-balanced LVDS deserializers
Up to 800 x 480 resolution displays for automotive navigation systems
The MAX9242/MAX9244/MAX9246 21-bit, DC-balanced deserializers feature programmable spreadspectrum capability, which spreads single-ended data and clock outputs for maximum EMI reduction. These
deserializers are ideal for driving WVGA and VGA displays.
SERIALIZER
DESERIALIZER
TxOUT
TxCLKIN
7
7
PLL
0.1µF
RxIN
0.1µF
RxIN
0.1µF
RxIN
0.1µF
RxIN
MAX9209
7
PARALLEL OUTPUT
PARALLEL INPUT
7
7
7
RxCLKOUT
PLL
MAX9244
Spread spectrum reduces EMI
OUTPUT POWER SPECTRUM vs. FREQUENCY
20
10
POWER SPECTRUM (dBm)
•AC-coupling provides short-to-battery protection
•Separate output supply allows interface to 1.8V,
2.5V, 3.3V, and 5V logic
•LVDS inputs meet IEC 61000-4-2 Level 4 ESD
protection at ±15kV Air-Gap Discharge
•LVDS inputs meet ISO 10605 ESD protection at
±30kV Air-Gap Discharge
NO SPREAD
4% SPREAD
0
-10
-20
-30
-40
-50
RESOLUTION BW = 100kHz
VIDEO BW = 100kHz
RxCLKIN_ = 33MHz
ATTENUATION = 50dB
-60
-70
-80
30
33
36
FREQUENCY (MHz)
Part
MAX9242
MAX9244
MAX9246
DC-Balanced
Clock (MHz)
Non-DC-Balanced
Clock (MHz)
Features
16 to 34
16 to 34
6 to 18
20 to 40
20 to 40
8 to 20
Rising strobe edge, input oversampling
Falling strobe edge, input oversampling
Falling strobe edge
www.maxim-ic.com/MAX9242
9
LVDS
Part
Input
Output
Switching
Frequency Vcc (MHz)
(V)
Icc
(mA,
max)
Random
Jitter
(psRMS,
max)
Package
For more detailed listings, go to: www.maxim-ic.com/Interface
Replaces
Features
DRIVERS/RECEIVERS
MAX9110/12
CMOS/LVTTL
LVDS
250
3.3
8/13
—
8-SO/SOT23
DS90LV017, DS90LV027
Flowthrough pinout, Tx high impedance at power off
MAX9111/13
LVDS
LVTTL/CMOS
250
3.3
6/11
—
8-SO/SOT23
DS90LV018A, DS90LV028A Flowthrough pinout, Rx high impedance at power off, fail-safe inputs
MAX9115/30
LVDS
LVTTL/CMOS
100
3.3
7
—
5-SC70
—
Fail-safe inputs, Rx high impedance at power off
MAX9121/22
LVDS
LVTTL/CMOS
250
3.3
15
—
16-TSSOP/SO
DS90LV048A
Flowthrough pinout, fail-safe inputs
MAX9123/24
LVTTL/CMOS
LVDS
400
3.3
11
—
16-TSSOP/SO
DS90LV047A
Flowthrough pinout, active-high/low enables
MAX9125/26
LVDS
LVTTL/CMOS
250
3.3
15
—
16-TSSOP/SO
DS90LV032A
Fail-safe inputs, flowthrough pinout
MAX9129
LVTTL/CMOS
LVDS
100
3.3
70
—
16-TSSOP/TQFN —
Flowthrough pinout, Tx high-impedance enable pins, Tx high
impedance at power off
MAX9157
LVDS
LVDS
100
3.3
95
—
32-TQFP/TQFN
—
Fail-safe inputs, Rx high impedance at power off, flowthrough
pinout, bus LVDS I/O
MAX9159
LVDS
LVTTL/CMOS
200
3.3
10
—
8-SO
SNLVDS9637
Fail-safe inputs
MAX9171/72
LVDS
LVTTL
250
3.3
6/9
—
8-SO/SOT23
DS90LV018A/28A (SO only) In-path fail-safe inputs
MAX9173
LVDS
LVTTL/CMOS
250
3.3
15
—
16-TSSOP/TQFN* DS90LV048A (TSSOP only) In-path fail-safe inputs
MAX9178
LVTTL/CMOS
LVDS
400
3.3
8
—
16-TSSOP/SO
DS90LV047A/MAX9123
Unterminated outputs disabled
MAX9179
LVDS
LVTTL/CMOS
250
3.3
17
—
16-TSSOP/TQFN DS90LV048A/MAX9121
Hysteresis input
REPEATERS
MAX9150/53/54
LVDS
LVDS
200
3.3
140
—
28-TSSOP
—
Rx high impedance at power off, fail-safe inputs, low-power
shutdown mode
MAX9180/55
LVDS
LVDS
200
3.3
15
2.9
6-SC70
—
Rx/Tx high impedance at power off, fail-safe inputs
MAX9160
LVDS/LVTTL/CMOS LVTTL/CMOS
125
3.3
10
—
28-TSSOP/
—
Fail-safe inputs, Rx high impedance at power off, Tx high-impedance
32-TQFN
enable pins, integrated output termination, high ESD rating
MAX9169
LVDS
LVDS
320
3.3
8
—
16-TSSOP/SO
SN65LVDS104
Low pulse skew
MAX9170
TTL­LVDS
320
3.3
6.4
—
16-TSSOP/SO
SN65LVDS105
Low pulse skew
MAX9310/A
LVPECL
LVDS
1500
3.3
75
1
20-TSSOP
—
Differential input mux
MAX9317/A/B/C
LVPECL
LVDS
1500
3.3
105
2
32-TQFP
—
Integrated input termination
SERIALIZERS/DESERIALIZERS
MAX9235/05/07
LVTTL/CMOS
LVDS
40/66
3.3
45
13
28-SSOP/16-TQFN DS92LV1021
Serializer, programmable active edge on input latch
MAX9206/08
LVDS
LVTTL/CMOS
40/60
3.3
75/100 —
28-SSOP
DS92LV1212A
Deserializer, fast pseudorandom lock, automatic clock recovery,
fail-safe inputs
MAX9209/13
LVTTL/CMOS
LVDS
16 to 66
3.3
83/100 —
48-TSSOP/TQFN* DS90CR215, DS90CR217 Programmable DC-balance mode
MAX9210/14/20/22 LVDS
LVTTL/CMOS
16 to 66
3.3
152/177 —
48-TSSOP/TQFN* DS90CR216, DS90CR218A Programmable DC-balance mode
MAX9217/47
LVTTL/CMOS
LVDS
2.5 to 42 3.3
—
—
48-TSSOP/TQFN —
DC-balanced, 18 bits for data and 9 bits for control, preemphasis
MAX9218/48/50
LVDS
LVTTL/CMOS
2.5 to 42 3.3
—
—
48-TSSOP/TQFN* —
DC-balanced, 18 bits for data and 9 bits for control, spread spectrum
MAX9223/24
LVDS
LVTTL/CMOS
5 to 10
2.5/3.3 4/8
—
28-TQFN
—
Low power, 18 bits for data and 4 bits for control
MAX9225/26
LVDS
LVTTL/CMOS
10 to 20
2.5/3.3 4/8
—
16-TQFN
—
Low power, 8 bits for data and 2 bits for control
MAX9234/36/38
LVDS
LVTTL/CMOS
16 to 66
3.3
152/177 —
48-TSSOP
DS90CR216, DS90CR218A Hot-swappable, spread-spectrum programming, DC-balance mode
MAX9242/44/46/54 LVDS
LVTTL/CMOS
6 to 40
3.3
123/145 —
48-TSSOP
—
Hot-swappable, spread-spectrum programming, DC-balance mode
TRANSLATORS
MAX9181/56
LVPECL
LVDS
200
3.3
15
2.9
6-SC70
—
Rx/Tx high impedance at power off
MAX9374/A
LVPECL
LVDS
2000
3.3
30
2
8-SOT23/SO
—
Fail-safe inputs, flowthrough pinout
®
MAX9375
LVDS/anything LVPECL
1340
3.3
15
1
8-µMAX —
Low jitter
MAX9376
LVDS/anything
LVDS/LVPECL
1340
3.3
30
1
10-µMAX
—
Single-chip LVDS-to-LVPECL, LVPECL-to-LVDS
MISCellaneous FUNCTIONS
MAX9174/76
LVDS
LVDS
670
3.3
26/40
1
10-µMAX/TQFN* —
IEC 61000-4-2 Level 4 ESD
MAX9175/77
LVDS/anything
LVDS
670
3.3
35/40
1
10-µMAX/TQFN* —
IEC 61000-4-2 Level 4 ESD
MAX9377
LVDS/anything
LVPECL
1340
3.3
17.5
1
8-µMAX
—
Selectable div-by-4, LVDS-to-LVPECL translator
MAX9378
LVDS/anything
LVDS
1340
3.3
17.5
1
8-µMAX
—
Selectable div-by-4, single-channel LVDS repeater
MUXES/CROSSPOINTS
MAX9152
LVDS/LVPECL
LVDS
400
3.3
55
—
16-TSSOP/SO
DS90CP22
Pin-programmable output resistance and configuration
MAX9390
LVDS/anything
LVDS
1350
3.3
96
1.2
32-TQFP/TQFN
—
Fail-safe inputs, cross-flow pinout
MAX9391
LVPECL/anything
LVDS
1350
3.3
96
1.2
32-TQFP/TQFN
—
Fail-safe inputs, cross-flow pinout
MAX9392
LVDS/anything
LVDS
1350
3.3
96
1.2
32-TQFP/TQFN
—
Fail-safe inputs, flowthrough pinout
MAX9393
LVPECL/anything
LVDS
1350
3.3
96
1.2
32-TQFP/TQFN
—
Fail-safe inputs, flowthrough pinout
MAX9394
LVDS/anything
LVDS
1350
3.3
96
1.2
32-TQFP/TQFN
—
Fail-safe inputs
MAX9395
LVPECL/anything
LVDS
1350
3.3
96
1.2
32-TQFP/TQFN
—
Fail-safe inputs
µMAX is a registered trademark of Maxim Integrated Products, Inc.
*Contact factory for availability of TQFN package.
PECL
Part
Input
Output
Switching
Frequency Vcc (MHz)
(V)
Random
Icc
Jitter
(mA, (psRMS,
max) max)
Package
Replaces
For more detailed listings, go to: www.maxim-ic.com/Interface
Buffers/Receivers
MAX9321
HSTL/LVECL/LVPECL LVECL/LVPECL
3000
2.5/3.3
24
2.8
8-SOT23
MC100LVEP16
MAX9400
LVECL/ECL/
LVECL/ECL/
3000
2.5/3.3/
118
1.5
32-TQFP/TQFN*
SK4400
LVPECL/PECL
LVPECL/PECL
5.0
MAX9401
LVECL/ECL/
LVECL/ECL/
3000
3.3/5.0
118
2.7
32-TQFP/TQFN*
SK4401
LVPECL/PECL
LVPECL/PECL
REPEATERS
MAX9154
LVPECL
LVDS
400
3.3
95
1
28-TSSOP
DS90LV0110
MAX9310A
LVPECL
LVDS
1500
3.3
75
1
20-TSSOP
—
MAX9311/13
HSTL/LVECL/LVPECL LVECL/LVPECL
1500
2.5/3.3
95
2.6
32-TQFP
MC100LVEP111
MAX9312/14
LVPECL/HSTL/LVECL LVECL/LVPECL
1500
2.5/3.3
95
2.6
32-TQFP/QFN*
MC100LVEP210
MAX9315/16
HSTL/LVECL/LVPECL LVECL/LVPECL
1500
2.5/3.3
65
1.2
20-TSSOP
MC100LVEP14
MAX9317/A
LVPECL
LVDS
1500
3.3
105
2
32-TQFP
—
MAX9320
LVPECL/HSTL/LVECL LVECL/LVPECL
3000
2.5/3.3
30
2.8
8-SO
MC100LVEP11
MAX9322
LVPECL
LVPECL
1000
2.5/3.3
130
1.2
52-TQFP/68-QFN* MC100LVEL222
MAX9324
LVPECL
LVPECL/LVCMOS 1500
3.3
25
3
20-TSSOP
—
MAX9325
LVPECL/LVECL
LVPECL/LVECL
1000
2.5/3.3
65
1.5
28-PLCC/TQFN*
MC100LVEL310
MAX9326
LVPECL/LVECL
LVPECL/LVECL
1500
2.5/3.3
65
1.5
28-PLCC/TQFN
MC100LVE111
TRANSLATORS
MAX9156
LVPECL
LVDS
100
3.3
15
2.9
6-SC70
—
MAX9181
LVPECL
LVDS
200
3.3
15
2.9
6-SC70
—
MAX9360
LVTTL/CMOS
ECL/LVECL
1000
3.3
20
3
8-SO/SOT23
MC100EPT24
MAX9370
LVTTL/TTL/CMOS
PECL/LVPECL
1000
3.3/5
28
0.8
8-SOT23/µMAX/SO MC100ELT22
MAX9371
LVTTL/TTL/CMOS
PECL/LVPECL
1000
3.3/5
16
0.8
8-SOT23/µMAX/SO MC100EPT20
MAX9372
LVTTL/TTL/CMOS
PECL/LVPECL
1000
3.3
28
0.8
8-SOT23/µMAX/SO MC100EPT22, MC100LVELT22
MAX9374A
LVPECL
LVDS
2000
3.3
30
2
8-SOT23/SO
—
MAX9375
LVDS/anything
LVPECL
2000
3.3
18
2
8-µMAX
—
MAX9376
LVDS/anything
LVDS/LVPECL
2000
3.3
30
2
10-µMAX
—
MAX9423
LVECL
LVPECL
3000
2.5/3.3
180
1
32-TQFP/TQFN*
SK4439
MAX9427
PECL/LVPECL
ECL/LVECL
3000
2.5/3.3/
230
0.8
32-TQFP/TQFN*
SK4440
5.0
MAX9406
Diff/anything
CML
2000
3.3
100
—
48-TQFN
—
MISCellaneous FUNCTIONS
MAX9377
LVDS/anything
LVPECL
2000
3.3
22
2
8-µMAX
—
MAX9378
LVDS/anything
LVDS
2000
3.3
30
2
8-µMAX
—
MAX9381
LVECL/ECL/
LVECL/ECL/
3000
2.5/3.3/
35
0.8
8-µMAX/SO
MC100EP52
LVPECL/PECL
LVPECL/PECL
5.0
MAX9382/83
ECL/PECL
ECL/PECL
400
5.0
58
1
8-SO
MCK12140
MUXES/CROSSPOINTS
MAX9152
LVDS/LVPECL
LVDS
400
3.3
55
—
16-TSSOP/SO
DS90CP22
MAX9380
LVECL/LVPECL
LVECL/LVPECL
3000
3.3
30
1.2
8-SO
MC100EP58
MAX9384
LVECL/LVPECL
LVECL/LVPECL
1500
3.3/5.0
24
0.8
20-WSO
MC100LVEL56, MC100EL56
MAX9387
LVECL/LVPECL
LVECL/LVPECL
2500
2.5/3.3/5.0 60
1.2
24-TSSOP
—
MAX9388 LVECL/LVPECL
LVECL/LVPECL
2500
2.5/3.3/5.0 37
1.2
20-TSSOP
—
MAX9389
LVECL/LVPECL
LVECL/LVPECL
2500
2.5/3.3/5.0 70
1.2
32-TQFP/TQFN
—
MAX9390/91/94/95 LVDS/anything
LVDS
1500
3.3
98
2
32-TQFP/TQFN
—
MAX9392/93
LVPECL/anything
LVDS
1500
3.3
98
2
32-TQFP/TQFN
—
clocks
MAX9485
XTAL
LVTTL 256/768kHz 3.3 —
30
20-QFN/TSSOP
—
MAX9486
XTAL
LVTTL 35.328
3.3 —
30
24-TSSOP
—
MAX9489
XTAL
LVTTL 25 to 133
3.3 —
75
32-QFN/TQFP
—
MAX9492
XTAL
LVTTL
25 to 133
3.3
—
15
20-TQFN
—
MAX9450/51/52
LVPECL/anything
LVPECL/LVDS/HSTL160
3.3
55
0.8
32-TQFP
—
MAX9491/71
XTAL
LVTTL
200
3.3
10
13
20-TQFN
—
Silicon Oscillators
MAX7375
—
LVTTL
10
3.0/5.0
6.4
—
3-SC70/SOT23
—
MAX7376/77/78
—
LVTTL
10
3.0/5.0
5.5
—
5-SOT23/8-µMAX —
MAX7387–91
—
LVTTL
32
3.0/5.0
—
—
8-µMAX/10-µMAX —
*DisplayPort is a trademark of Video Electronics Standards Association (VESA). *Contact factory for availability of QFN/TQFN package.
DVI is a trademark of Digital Display Working Group (DDWG). Features
Single-ended input
Sync/async operation
Double-swing output, sync/async operation
Tx high impedance at power off
Diff input mux
Fail-safe inputs, diff input mux
Fail-safe inputs
Sync output enable, diff input mux, fail-safe inputs
Integrated input termination
Fail-safe inputs
Diff input mux
4 LVPECL and 1 LVCMOS outputs
Diff input mux
2.5V operation
Rx/Tx high impedance at power off
Rx/Tx high impedance at power off
Fail-safe inputs
Fail-safe inputs
Fail-safe inputs
Fail-safe inputs
Fail-safe inputs, flowthrough pinout
Low jitter
Single-chip LVDS-to-LVPECL, LVPECL-to-LVDS
Sync/async operation, integrated output termination,
integrated input termination
Sync/async operation, integrated output termination,
integrated input termination
DisplayPort™-to-HDMI™/DVI™ level shifter
Selectable div-by-4, LVDS-to-LVPECL translator
Selectable div-by-4, single-channel LVDS repeater
Fail-safe inputs
Guaranteed minimum output, short pulse duration
Pin-programmable output resistance and configuration
Low jitter
Low jitter
Low jitter, 5:1 mux
Low jitter, 5:1 mux with dual outputs
Low jitter, 8:1 mux with dual outputs
Fail-safe inputs, cross-flow pinout
Fail-safe inputs, cross-flow pinout
MPEG II sampling clock for audio
Clock generator for xDSL
Programmable clock for routers and SOHO
Programmable clock generator with spread spectrum
Integrated VCXO, hitless switch, low jitter
Integrated VCXO, low power
3-pin, fully integrated silicon oscillator
Low-power silicon oscillator with reset output
System-monitoring oscillator with watchdog and power-fail
HDMI is a trademark of HDMI Licensing, LLC.
Yes, we make that...
Maxim has one of the broadest and deepest analog and mixed-signal portfolios, with
over 5900 ICs in 28 categories. We average more than one product introduction per
day! For 25 years, we have delivered innovative engineering solutions that add value
to our customers’ products.
5900 ICs in 28 Product Categories
1-Wire®
iButton®
119
and
Devices
Amplifiers and Comparators
Analog Switches and Multiplexers
Analog-to-Digital Converters
Audio
Automotive
Clock Generation and Distribution
Digital Potentiometers
Digital-to-Analog Converters
Display Drivers and Display Power
Filters (Analog)
Hot-Swap and Power Switching
Interface and Interconnect
Memories: Volatile, NV, Multifunction
Microcontrollers
Military/Aerospace
Optoelectronics
Power and Battery Management
Protection and Isolation
Real-Time Clocks
Storage Products
Supervisors, Monitors, Sequencers
T/E Carrier and Packetized Comms
Temperature Sensors
Video
Voltage References
Wireless, RF, and Cable
461
517
433
113
492
241
140
311
297
88
215
740
131
64
246
127
1769
326
86
18
655
106
149
221
159
223
www.maxim-ic.com/yes
HSI-8 US 2/09
www.maxim-ic.com
TM
Innovation Delivered is a trademark and 1-Wire and iButton are registered trademarks of Maxim Integrated Products, Inc.
Maxim Integrated Products, Inc.
120 San Gabriel Drive
Sunnyvale, CA 94086
