ANALOG MIXED SIGNAL
SELECTION GUIDE
Consumer, Communications and Industrial Controls
ANALOG MIXED SIGNAL
As a global leader in Analog and Mixed Signal technology, Fairchild Semiconductor enables high-performance
designs that combine low power, brand reliability and unequaled customer support. Fairchild’s Analog Mixed Signal
core product technology include amplifiers, video filters/drivers, LVDS interface, and high-performance logic. Our
process and packaging innovations, along with industry-leading system expertise, ensure that system-level efficiencies
are realized, allowing high performance with lower power designs. With our portfolio, you can find the component
performance you need for applications in consumer, telecommunications, computing, medical and industrial controls.
Fairchild stands for quality and reliability as both a technology and business partner – an advantage made possible
with our own design, fabrication, assembly and testing facilities worldwide. Furthermore, Fairchild addresses your
design challenges with the right products and unsurpassed customer support that is comprised of on-line tools,
application engineers, FAEs and regional centers staffed with experienced engineers.
Table of Contents
Operational Amplifiers and Video Filters/Drivers ....................................4-5
LVDS Interface ....................................................................................6
Bus Switches ......................................................................................7
TinyLogic® ........................................................................................8
Standard Logic .................................................................................13
Packaging .......................................................................................14
Application Notes .............................................................................15
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3
AMPLIFIERS & VIDEO FILTERS/DRIVERS
Operational Amplifiers
Fairchild’s CMOS amplifiers offer rail-to-rail output, low power, and consume minimal supply current. These amplifiers are designed
to operate supplies from 2.5V to 5V.
Amplifiers
Part Number
# of Amps/
Package
-3dB Bandwidth
Voltage Range
R-R I/O
Slew Rate (V/µs)
Package
FAN4174
1
4MHz (G=1)
2.5V-5.0V
Yes
3
SOT-23
FAN4931
1
4MHz (G=1)
2.5V-5.0V
Yes
3
SC70
FAN4274
2
4MHz (G=1)
2.5V-5.0V
Yes
3
MSOP 8 Lead
FAN4852
2
9MHz (G=1)
2.5V-5.0V
Yes
6
MSOP 8 Lead
Applications
• AC-DC merchant power supply - video
game consoles, flat panel TVs, DVRs,
set-top boxes
• Digital still cameras
• Mobile handsets
• External AC-DC merchant power
supplies - wireless communications
• Other data processing
• Other wireless communications
• Portable media players/MP3 players
• Storage and peripherals
• Test and measurement
• Wireless LAN cards and
broadband access
• Hard disk drives
Video Switch Matrices
Fairchild’s Video Switch Matrices have several integrated building blocks including:
• Multiple inputs that can be switched to any or all outputs
• Transparent clamp that automatically clamps or sets a bias voltage level accordingly
• Video drivers with selectable gains that also offer high-ESD (electrostatic discharge) protection
The Fairchild Video Switch Matrices are usable in virtually any appropriate area of video signal:
• They can be used before ADCs and after DACs
• They help to enable more innovative digital consumer devices
• Cost-effective analog video switching solutions are critical in consumer multimedia systems
• Video semiconductor switching is used for consumer applications that demand increasingly numerous analog I/O
• Integrated approach saves significant time and money while increasing system reliability
Video Switch Matrices
Part
Number
Number of
Inputs
Number of
Ouputs
Control
Interface
Input clamp
Standards
Supported
Supply
Voltage
Coupling
In / Out
Output
Driver
Gain(dB)
Package
FMS6501
12
9
I2C
2 Addresses
Bias/
Clamp
NTSC,480,480p,
720p,
1080i,1080p
3.3V-5V
AC,DC/
AC,DC
6,7,8,9
SSOP-28
FMS6502
8
6
I2C
2 Addresses
Bias/
Clamp
NTSC,480,480p,
720p,
1080i,1080p
3.3V-5V
AC,DC/
AC,DC
0,6
TSSOP-24
Applications
• Consumer electronics
• HDTVs
• Home theater
• Media centers
• Automotive infotainment
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AMPLIFIERS & VIDEO FILTERS/DRIVERS
Video Filters
Fairchild’s Video Filter Drivers have many integrated building blocks including:
• Transparent clamp that automatically clamps or sets the input bias voltage level accordingly
• Low-pass filters that, in many cases, are selectable for SD/HD 1080i/1080p, progressive scan video formats, or can be
bypassed (BP)
• Video drivers with fixed or selectable gains that also offer high-ESD protection
Features
• Integrated solution replaces multiple discrete components
• Used for anti-aliasing or reconstruction filtering
• Variety of filter bandwidths for every application (8 MHz,
16 MHz, 32MHz, or 65MHz)
• Outputs that drive single (150Ω) or dual (75Ω) video loads
• VoltagePlus™ provides wide operating range of 3.1V to 5.25V
• Group delay predistortion and sound notch for RF
modulation
Applications
• IP, cable, and satellite set-top boxes
• DVD players, personal video recorders (PVR)
• Video on demand (VOD)
• HDTV
New Video Filter Drivers
Part
Number
Filters/ Sound
Enable
Drivers Notch
Video Format
SD ED
HD
HD
1080i 1080p
Cutoff
Frequency
Low
Pass
Filter
Order
Coupling In /
Out
Vcc
Package
VoltagePlus
FMS6143A
3/3
•
8MHz
6th
AC,DC/AC,DC
3.14V-5.25V
SOIC-8
VoltagePlus
FMS6144A
4/4
•
8MHz
6th
AC,DC/AC,DC
3.14V-5.25V
TSSOP-14
VoltagePlus
FMS6346E
6/6
•
8,30MHz
6th
AC,DC/AC,DC
3.14V-5.25V
TSSOP-20
VoltagePlus
FMS6363A
3/3
•
32MHz
7th
AC,DC/AC,DC
3.14V-5.25V
SOIC-8
VoltagePlus
FMS6364A
4/4
•
8,32MHz
7th
AC,DC/AC,DC
3.14V-5.25V
TSSOP-14
FMS6404
1/2
•
7.6MHz
5th
AC/AC,DC
5V
SOIC-8
•
•
•
•
Video Filter Drivers
FMS6143
3/3
•
8MHz
4th
AC,DC/AC,DC
5V
SOIC-8
FMS6145
5/5
•
8MHz
4th
AC,DC/AC,DC
5V
TSSOP-14
FMS6146
6/6
•
8MHz
4th
AC,DC/AC,DC
5V
TSSOP-14
FMS6151
1/1
•
•
8MHz
5th
DC/AC,DC
2.5V-5.25V
MicroPak
FMS6203
3/3
•
•
•
•
8,16,32MHz BP
6th
AC,DC/AC,DC
5V
TSSOP-14
FMS6303
3/3
•
•
•
•
8,16,
32MHz,65MHz
6th
AC,DC/AC,DC
5V
TSSOP-14
FMS6346
6/6
8,32MHz
6th
AC,DC/AC,DC
5V
TSSOP-20
•
FMS6363
3/3
FMS6403
3/6
FMS6406
2/4
•
•
FMS6410B
2/3
•
•
FMS6646
6/6
•
FMS6690
6/6
•
•
•
•
•
•
30MHz
6th
AC,DC/AC,DC
5V
SOIC-8
•
8,15,30MHz
6th
AC/AC,DC
5V
TSSOP-20
7.6MHz
5th
AC/AC,DC
5V
SOIC-8
•
•
•
7.1MHz
5th
AC/AC,DC
5V
SOIC-8
8,75MHz
6th
AC,DC/AC,DC
3.135V-5.25V
TSSOP-20
8,15,32MHz
6th
AC,DC/AC,DC
5V
TSSOP-20
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LVDS INTERFACE
Low Voltage Differential Signaling (LVDS) is a low-power, low-noise differential technology for high-speed signal transmission.
Optimized for point-to-point configurations in telecom, datacom, peripherals and displays, LVDS devices deliver the bandwidth
necessary for driving large data rates over PCBs and cables.
LVDS Interface
Package Ordering Code
Part Number
IC Function
Data Rate
# of Bits
Lead Count
US8
SOIC
SOT23
FIN1001
Line Driver
600Mbps
1
5
M5X
FIN1002
Receiver
400Mbps
1
5
M5X
FIN1017
Line Driver
600Mbps
1
8
FIN1018
Receiver
400Mbps
1
8
FIN1019
Transceiver
400Mbps
1+1
14
FIN1022
Crosspoint Switch
800Mbps
2x2
16
TSSOP
MX
K8X
MX
MX
MTCX
MTCX
FIN1027
Line Driver
600Mbps
2
8
MX
FIN1027A
Line Driver
600Mbps
2
8
MX
FIN1028
Receiver
400Mbps
2
8
MX
FIN1031
Line Driver
400Mbps
4
16
MX
MTCX
FIN1032
Receiver
400Mbps
4
16
MX
MTCX
FIN1047
Line Driver
400Mbps
4
16
MX
MTCX
FIN1048
Receiver
400Mbps
4
16
MX
MTCX
FIN1049
Transceiver
400Mbps
2+2
16
FIN1101
Repeater
1600Mbps
1
8
FIN1104
Repeater
800Mbps
4
24
MTCX
FIN1108
Repeater
800Mbps
8
48
MTDX
MTCX
K8X
MX
FIN1215
Serializer
595Mbps
21
48
MTDX
FIN1216
Deserializer
595Mbps
21
48
MTDX
FIN1217
Serializer
595Mbps
21
48
MTDX
FIN1531
Line Driver
400Mbps
4
16
MX
FIN1532
Receiver
400Mbps
4
16
MX
FIN3385
Serializer
595Mbps
28
56
MTDX
FIN3386
Deserializer
595Mbps
28
56
MTDX
MTDX
IEEE 1284 Compliant Transceivers
Part Number
IC Function
Lead Count
Channels
Drive Current
(mA)
Supply Voltage
(Range) (V)
Package
74LVX161284
Translating Transceiver
48
3
14
3V-3.6V
MTDX
Transceiver
48
3
14
4.5V-5.5V
MTDX
74VHC161284
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BUS SWITCHES
Fairchild’s Bus Switch family includes low-impedance bus switches, bus exchange, and multiplexer/de-multiplexers that provide
high-speed switching. The low “ON” resistance of these FET switches allow inputs to be connected to outputs without adding
propagation delay or generating additional ground bounce noise. Fairchild switches are suitable for high-speed, bi-directional
interfaces between mixed-supply busses, and in applications requiring isolation and protection.
Bus Switches
Package Ordering Code
Part Number
Configuration
# of Bits
Lead Count
NSC70
US8
SOIC
SOT23
TSSOP
FSLV16211
12PST (2x)
(NC)
24
56
MTDX
FST16211
12PST (2x)
(NC)
24
56
MTDX
FST16233
16PDT (1x)
16
56
MTDX
FST16861
10PST (2x)
(NC)
20
48
MTDX
FST3125
SPST (4X)
(NC)
4
14
MX
MTCX
FST3126
SPST (4x)
(NO)
4
14
MX
MTCX
FST3244
4PST (2x)
(NC)
8
20
MTCX
FST3245
8PST (1x)
(NC)
8
20
MTCX
FST3253
DP4T (1x)
2
16
MX
MTCX
FST3257
4PDT (1x)
4
16
MX
MTCX
FST3345
8PST (1x)
(NC)
8
20
MTCX
FST3384
5PST (2x)
(NC)
10
24
MTCX
FSTD16211
12PST (2x)
(NC)
24
56
MTDX
FSTD16861
10PST (2x)
(NC)
20
48
MTDX
SPST (4X)
(NC)
4
14
MTCX
FSTU32160
16PDT (1x)
16
56
MTDX
NC7SB3257
SPDT (1x)
1
6
P6X
NC7SZ384
SPST (1x)
(NC)
1
5
P5X
M5X
NC7SZD384
SPST (1x)
(NC)
1
5
P5X
M5X
NC7WB3125
SPST (2x)
(NC)
2
8
FSTD3125
K8X
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TINYLOGIC®
Fairchild’s TinyLogic® family consists of a broad spectrum of high-speed, low-power functions in a choice of eight space-saving
packages: SOT23-5, SC70 5-lead, SC70 6-lead, US8 8-lead, and MicroPak 6 and 8 terminal leadless packages as well as
MicroPak2 and WLCSP.
TinyLogic gives design engineers the ability to implement design changes without having to redesign complex silicon
subcomponents or printed circuit board layouts. TinyLogic is primarily intended for use in space-constrained systems such as
portable CD players, disk drives, cellular phones, pagers, radios, PCMCIA cards and portable computers. It can facilitate
efficient system design in any application. Available in single, dual, triple and configurable gate logic functions, our TinyLogic
devices can be placed into your design, precisely where needed, to simplify signal routing while minimizing propogation delays
and noise generation.
TinyLogic Family Comparison
Family
Standard Logic Family Equivalent
Icc (µA)
V cc (V)
AUP
AUP
0.9
HS
HC
10
HST
HCT
10
4.5 - 5.5
±2.0 @ 4.5
20 @ 2.0
UHS
LCX/LVC
20
1.8 - 5.5
±4.0 @ 1.65; ±24.0 @ 3.3
4.7 @ 3.3
ULP
-
0.9
0.9 - 3.6
±1.0 @ 1.5; ±2.6 @ 3.0
16 @ 1.5; 7.0 @ 3.3
VCX
0.9
0.9 - 3.6
±2.0 @ 1.1; ±24 @ 3.3
6 @ 1.1; 1.5 @ 3.3
ULP-A
Drive (mA @ V)
Speed (ns @ V)
0.8 - 3.6
±/-4.0 @ 3.0
6.3 @ 3.6
2-6
±1.1 @ 3.0; ±2.0 @ 4.5
25 @ 4.5
The AUP logic family is an Advanced Ultra Low-Power logic family that provides high performance and low power for batterypowered portable applications. The product is designed for a wide low-voltage operating range (0.8V to 3.6V) and guarantees
very low static and dynamic power consumption across the entire voltage range. AUP offers the lowest dynamic power
consumption for logic devices.
The HS series includes eight gate logic functions and is fabricated on Fairchild’s Advanced Silicon Gate CMOS process for highspeed (typical propagation delay of 3.0ns) and low-power operation. HS applies three stages of gain between inputs and outputs
to assure noise immunity.
The HST series consists of six TTL-compatible gate logic functions with 74 HCT-comprable specs. All are intended for high-speed
5V applications (typical propagation delay of 7.0ns) HST’s TTL-compatible inputs allow designers to take advantage of TinyLogic’s
space savings, while interfacing existing TTL designs to CMOS.
The UHS logic family is an Ultra High-Speed logic family (typical propagation delay of 2.2ns). Tiny UHS consists of 26 gate
logic and switch functions with 74LCX-like performance and over-voltage tolerance. Tiny UHS, specified at 1.8V to 5.5V, delivers
all the features of high-speed CMOS with the flexibility of a truly space saving package.
The ULP (Ultra Low-Power) TinyLogic family, offers up to 50% less power consumption compared to other low-voltage logic
families. ULP devices provide significant power reduction through innovative design and process techniques and help meet the
portable market demand for extended battery charge duration and life cycle.
The ULP-A (Ultra Low-Power) series of TinyLogic is suitable for use in applications that require extreme high speed, high drive, and
low power. This product is used in a wide low-voltage operating range (0.9V to 3.6V) and applications that require more drive
and speed than the TinyLogic ULP series, but still offer lower power consumption.
Fairchild Semiconductor’s low ICCT SVL gates are designed with a proprietary input so that the input threshold voltage is shifted
down to allow for an increased input voltage range without impacting the valid logic low-level, VIL.
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ST
SZ
NP
NV
NZ
WB
WP
WV
WZ
=
=
=
=
=
=
=
=
=
M5 =
P5 =
P6 =
L6 =
L8 =
K8 =
Single-Bit High-Speed CMOS (TTL Compatible Inputs)
Single-Bit Ultra High-Speed CMOS
Triple-Bit Ultra Low-Power CMOS
Triple-Bit Ultra Low-Power-A CMOS
Triple-Bit Ultra High-Speed CMOS
Dual-Bit Switch
Dual-Bit Ultra Low-Power CMOS
Dual-Bit Ultra Low-Power-A CMOS
Dual-Bit Ultra High-Speed CMOS
5-Lead SOT23-5
5-Lead SC70
6-Lead SC70
6-Terminal MicroPak
8-Terminal MicroPak
8-Lead US8
Special Variations
“X” = Tape and Reel
“ ” = Small Reel
TINYLOGIC
Product Ordering Guide
XXXX
X
XX
XX
X
Feature Designation
D
U
Family Designator/Series
Device Type
NC7xx = TinyLogic (for xx, see below)
S
SB
SP
SV
ST
=
=
=
=
=
Single-Bit High-Speed CMOS
Single-Bit Switch
Single-Bit Ultra Low-Power CMOS
Single-Bit Ultra Low-Power-A CMOS
Single-Bit High-Speed CMOS
(TTL Compatible Inputs)
SZ = Single-Bit Ultra High-Speed CMOS
= Diode
= Unbuffered
NP
NV
NZ
WB
WP
WV
WZ
Package Code
= Triple-Bit Ultra Low-Power CMOS
= Triple-Bit Ultra Low-Power-A CMOS
= Triple-Bit Ultra High-Speed CMOS
= Dual-Bit Switch
= Dual-Bit Ultra Low-Power CMOS
= Dual-Bit Ultra Low-Power-A CMOS
= Dual-Bit Ultra High-Speed CMOS
M5 = 5-Lead SOT23-5
P5 = 5-Lead SC70
P6 = 6-Lead SC70
L6 = 6-Terminal MicroPak
L8 = 8-Terminal MicroPak
K8 = 8-Lead US8
Special Variations
“X” = Tape and Reel
“ ” = Small Reel
AUP Logic Family
Package Ordering Code
Function
Gates
Description
74AUP1G56
Config. Gate
74AUP1G57
74AUP1G58
SOT23 5 ld
SC70 5 ld &
6 ld
MicroPak
6 ld & 8 ld
MicroPak2
6 ld
Config. Gate
L6X
FHX
Config. Gate
Config. Gate
L6X
FHX
Config. Gate
Config. Gate
L6X
FHX
74AUP1G59
Config. Gate
Config. Gate
L6X
FHX
74AUP1G95
Config. Gate
Config. Gate
L6X
FHX
74AUP1G96
Config. Gate
Config. Gate
L6X
FHX
74AUP1G97
Config. Gate
Config. Gate
L6X
FHX
74AUP1G98
Config. Gate
Config. Gate
L6X
FHX
74AUP1T97
Config. Gate
Config. Gate
L6X
FHX
NC7S00
Single
Nand Gate
M5/M5X
P5/P5X
L6X
NC7S02
Single
NOR Gate
M5/M5X
P5/P5X
L6X
NC7S04
Single
Inverter
M5/M5X
P5/P5X
L6X
US8 8 ld
HS Logic Family
NC7S08
Single
AND Gate
M5/M5X
P5/P5X
L6X
NC7S14
Single
Inverter
M5/M5X
P5/P5X
L6X
NC7S32
Single
OR Gate
M5/M5X
P5/P5X
L6X
NC7S86
Single
OR Gate
M5/M5X
P5/P5X
L6X
NC7ST00
Single
Nand Gate
M5/M5X
P5/P5X
L6X
NC7ST02
Single
NOR Gate
M5/M5X
P5/P5X
L6X
NC7ST04
Single
Inverter
M5/M5X
P5/P5X
L6X
NC7ST08
Single
AND Gate
M5/M5X
P5/P5X
L6X
NC7ST32
Single
OR Gate
M5/M5X
P5/P5X
L6X
NC7ST86
Single
OR Gate
M5/M5X
P5/P5X
L6X
NC7NZ04
Triple
Inverter
L8X
K8X
NC7NZ14
Triple
Inverter
L8X
K8X
NC7NZ17
Triple
Buffer
L8X
K8X
NC7NZ34
Triple
Buffer
L8X
K8X
HST Logic Family
UHS Logic Family
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TINYLOGIC
UHS Logic Family
Package Ordering Code
Function
10
Gates
Description
SOT23 5 ld
SC70 5 ld &
6 ld
MicroPak
6 ld & 8 ld
MicroPak2
6 ld
NC7NZU04
Triple
Inverter
NC7SZ00
Single
Nand Gate
M5/M5X
P5/P5X
L6X
L8X
FHX
NC7SZ02
Single
NOR Gate
M5/M5X
P5/P5X
L6X
FHX
US8 8 ld
K8X
NC7SZ04
Single
Inverter
M5/M5X
P5/P5X
L6X
FHX
NC7SZ05
Single
Inverter
M5/M5X
P5/P5X
L6X
FHX
NC7SZ08
Single
AND Gate
M5/M5X
P5/P5X
L6X
FHX
NC7SZ10
Single
Nand Gate
P6/P6X
L6X
NC7SZ11
Single
AND Gate
P6/P6X
L6X
NC7SZ125
Single
Buffer
M5/M5X
P5/P5X
L6X
FHX
NC7SZ126
Single
Buffer
M5/M5X
P5/P5X
L6X
FHX
NC7SZ14
Single
Inverter
M5/M5X
P5/P5X
L6X
FHX
NC7SZ157
Single
Multiplexer
P6/P6X
L6X
FHX
NC7SZ175
Single
Flip Flops
P6/P6X
L6X
NC7SZ18
Single
DeMultiplexer
P6/P6X
L6X
FHX
NC7SZ19
Single
Decoders
P6/P6X
L6X
FHX
NC7SZ27
Single
NOR Gate
P6/P6X
L6X
NC7SZ32
Single
OR Gate
P5/P5X
L6X
NC7SZ332
Single
OR Gate
P6/P6X
L6X
NC7SZ373
Single
Latches
P6/P6X
L6X
NC7SZ374
Single
Flip Flops
P6/P6X
L6X
NC7SZ38
Single
Nand Gate
P5/P5X
L6X
NC7SZ386
Single
OR Gate
P6/P6X
L6X
NC7SZ57
Single
Configurable Gate
P6/P6X
L6X
FHX
NC7SZ58
Single
Configurable Gate
P6/P6X
L6X
FHX
NC7SZ74
Single
Flip Flops
NC7SZ86
Single
OR Gate
M5/M5X
P5/P5X
L6X
FHX
NC7SZU04
Single
Inverter
M5/M5X
P5/P5X
L6X
FHX
NC7WZ00
Dual
Nand Gate
L8X
K8X
NC7WZ02
Dual
NOR Gate
L8X
K8X
M5/M5X
M5/M5X
FHX
FHX
L8X
K8X
NC7WZ04
Dual
Buffer
P6/P6X
L6X
FHX
NC7WZ07
Dual
Buffer
P6/P6X
L6X
FHX
NC7WZ08
Dual
AND Gate
L8X
K8X
NC7WZ125
Dual
Buffer
L8X
K8X
NC7WZ126
Dual
Buffer
L8X
K8X
NC7WZ132
Dual
Nand Gate
L8X
K8X
NC7WZ14
Dual
Inverter
P6/P6X
L8X
FHX
NC7WZ16
Dual
Buffer
P6/P6X
L8X
FHX
NC7WZ17
Dual
Buffer
P6/P6X
L8X
FHX
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TINYLOGIC
UHS Logic Family
Package Ordering Code
Function
Gates
Description
NC7WZ240
Dual
Buffer
L8X
K8X
NC7WZ241
Dual
Buffer
L8X
K8X
NC7WZ32
Dual
OR Gate
L8X
K8X
NC7WZ38
Dual
Nand Gate
L8X
K8X
NC7WZ86
Dual
OR Gate
L8X
K8X
NC7WZU04
Dual
Inverter
NC7NP04
Triple
Inverter
L8X
K8X
NC7NP14
Triple
Inverter
L8X
K8X
L8X
K8X
SOT23 5 ld
SC70 5 ld &
6 ld
P6/P6X
MicroPak
6 ld & 8 ld
MicroPak2
6 ld
US8 8 ld
L6X
ULP Logic Family
NC7NP34
Triple
Buffer
NC7SP00
Single
Nand Gate
P5/P5X
L6X
NC7SP02
Single
NOR Gate
P5/P5X
L6X
NC7SP04
Single
Inverter
P5/P5X
L6X
NC7SP05
Single
Inverter
P5/P5X
L6X
NC7SP08
Single
AND Gate
P5/P5X
L6X
NC7SP125
Single
Buffer
P5/P5X
L6X
NC7SP126
Single
Buffer
P5/P5X
L6X
NC7SP14
Single
Inverter
P5/P5X
L6X
NC7SP157
Single
Multiplexer
P6/P6X
L6X
NC7SP158
Single
Multiplexer
P6/P6X
L6X
NC7SP17
Single
Buffer
P5/P5X
L6X
NC7SP19
Single
Decoders
P6/P6X
L6X
NC7SP32
Single
OR Gate
P5/P5X
L6X
NC7SP34
Single
Buffer
P5/P5X
L6X
NC7SP38
Single
Nand Gate
P5/P5X
L6X
NC7SP57
Single
Configurable Gate
P6/P6X
L6X
NC7SP58
Single
Configurable Gate
P6/P6X
L6X
NC7SP74
Single
Flip Flops
NC7SP86
Single
OR Gate
P5/P5X
L6X
NC7SPU04
Single
Inverter
P5/P5X
L6X
NC7WP00
Dual
Nand Gate
L8X
K8X
NC7WP02
Dual
NOR Gate
L8X
K8X
NC7WP08
Dual
AND Gate
L8X
K8X
NC7WP125
Dual
Buffer
L8X
K8X
NC7WP14
Dual
Inverter
NC7WP240
Dual
Buffer
L8X
K8X
NC7WP32
Dual
OR Gate
L8X
K8X
NC7WP86
Dual
OR Gate
L8X
P6/P6X
FHX
FHX
FHX
FHX
K8X
L8X
K8X
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11
TINYLOGIC
ULP-A Logic Family
Package Ordering Code
Function
Gates
Description
NC7SV00
Single
NC7SV02
Single
NC7SV04
Single
NC7SV05
NC7SV08
SC70 5 ld &
6 ld
MicroPak
6 ld & 8 ld
MicroPak2
6 ld
Nand Gate
P5/P5X
L6X
FHX
NOR Gate
P5/P5X
L6X
FHX
Inverter
P5/P5X
L6X
FHX
Single
Inverter
P5/P5X
L6X
FHX
Single
AND Gate
P5/P5X
L6X
FHX
NC7SV11
Single
AND Gate
P6/P6X
L6X
NC7SV125
Single
Buffer
P5/P5X
L6X
NC7SV126
Single
Buffer
P5/P5X
L6X
NC7SV14
Single
Inverter
P5/P5X
L6X
NC7SV157
Single
Multiplexer
P6/P6X
L6X
NC7SV158
Single
Multiplexer
P6/P6X
L6X
NC7SV17
Single
Buffer
P5/P5X
L6X
NC7SV19
Single
Decoders
P6/P6X
L6X
NC7SV32
Single
OR Gate
P5/P5X
L6X
NC7SV34
Single
Buffer
P5/P5X
L6X
NC7SV38
Single
Nand Gate
P5/P5X
L6X
NC7SV57
Single
Configurable Gate
P6/P6X
L6X
FHX
NC7SV58
Single
Configurable Gate
P6/P6X
L6X
FHX
NC7SV74
Single
Flip Flops
NC7SV86
Single
OR Gate
P5/P5X
L6X
NC7SVU04
Single
Inverter
P5/P5X
L6X
NC7WV04
Dual
Inverter
P6/P6X
L6X
NC7WV07
Dual
Buffer
P6/P6X
L6X
NC7WV125
Dual
Buffer
NC7WV14
Dual
Inverter
P6/P6X
L6X
NC7WV16
Dual
Buffer
P6/P6X
L6X
NC7WV17
Dual
Buffer
NC7SU04
Single
Inverter
NC7SVL04
Single
NC7SVL08
NC7SVL32
SOT23 5 ld
FHX
FHX
L8X
K8X
K8X
P6/P6X
L6X
P5/P5X
L6X
Inverter
P5/P5X
L6X
FHX
Single
AND Gate
P5/P5X
L6X
FHX
Single
OR Gate
P5/P5X
L6X
FHX
M5/M5X
SVL Family
12
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US8 8 ld
STANDARD LOGIC
Fairchild Semiconductor offers a broad range of CMOS and BiCMOS logic products in over 500 configurations to meet
your design needs: AC/ACT, ALVC, GTLP, HCMOS, LCX, LVT/LVTH, VCX, VHC/VHCT and LVX. You will not only find the
performance that you require, you will also find the right packaging. In addition, you can be assured that Fairchild offers long-term
family support to help extend the life of your designs. With our commitment to providing the best customer support in the industry,
along with one of the largest portfolio of logic products, Fairchild is the supplier you can rely on now and into the future.
Standard Logic
Standard Logic
Technology
Function
00
AC/
ACT
ALVC
HC/
HCT
LCX
•
•
•
•
•
•
02
04
•
Technology
LVT
VCX
VHC/
LVX
•
•
374
•
•
393
•
•
540
541
•
05
Function
06
•
543
07
•
573
08
•
•
•
14
•
•
•
•
•
•
•
•
27
32
74
•
•
•
•
•
•
•
112
123
125
•
•
126
•
•
•
138
•
139
•
•
•
153
•
157
GTLP
HC/
HCT
LCX
LVT
•
•
•
•
•
•
•
•
•
161
•
574
•
•
•
595
•
•
•
760
•
•
821
•
2244
•
•
•
2245
•
•
•
4040
•
16240
•
16244
•
•
•
•
16245
•
•
•
•
•
•
•
•
•
•
•
16374
•
•
16500
•
•
16501
•
•
16543
•
16612
•
•
16616
•
•
•
16646
•
•
•
16821
•
•
16841
•
•
•
•
•
162244
244
•
•
•
•
•
162245
245
•
•
•
•
•
•
273
•
373
•
•
•
•
652
•
•
•
•
175
257
•
•
•
240
•
•
•
•
•
•
162373
•
•
162374
•
•
8T306
•
U04
VHC/
LVX
•
•
164
221
VCX
•
16373
•
132
ALVC
•
•
38
86
•
•
11
AC/
ACT
•
•
•
•
•
•
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13
PACKAGING
As a world leader in high-performance semiconductors, specializing in products for the optimization of system power, Fairchild
offers you the most advanced packages designed for minimal size, highest reliability and maximum thermal performance. All
of Fairchild’s products are RoHS (Restriction of Hazardous Substances in Electrical and Electronic Equipment) compliant and are
qualified with lead-free alternative plating materials.
Package Information
Package overall height
Mounted width
Terminal pitch
Package Type
Lead Count
Dimensions*
(LxWxH) mm
Pitch mm
5
2.92 x 2.84 x 1.1
0.95
5,6
2.0 x 2.1 x 0.9
0.65
MicroPak
6
8
1.45 x 1.0 x 0.55
1.60 x 1.60 x 0.55
0.5
0.5
MicroPak2
6
1.0 x 1.0 x 0.55
0.35
US 8
8
2.0 x 3.1 x 0.7
0.5
MSOP
8
3.0 x 4.9 x 1.1
0.65
SOIC
8
14
16
5.0 x 6.0 x 1.5
8.6 x 6.0 x 1.5
9.9 x 6.0 x 1.5
1.27
1.27
1.27
TSSOP (low pin)
14
16
20
24
5.0
5.0
6.6
7.8
0.65
0.65
0.65
0.65
SSOP
28
10.5 x 7.8 x 1.7
0.65
TSSOP (high pin)
48
56
12.5 x 8.1 x 1.1
14.0 x 8.1 x 1.1
0.5
0.5
SOT 23
SC70
Package Image
Body length
*Dimensions are nominal; please consult the datasheet for detailed package outlines.
14
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x
x
x
x
6.4
6.4
6.4
6.4
x
x
x
x
1.2
1.1
1.1
1.1
APPLICATION NOTES
Application Note
Product/Topic
Description
Amplifiers
AN-6039
General
Board Layout Techniques for High-Performance Amplifiers
AN-6040
General
Video and Cable Driving Fundamentals
AN-5010
General
IEEE 1284 Interface Design Solutions
AN-5017
LVDS
LVDS Fundamentals
AN-5019
LVDS
LVDS: Calculating Driver/Receiver Power
AN-5020
LVDS
LVDS Reduces EMI
AN-5023
LVDS
LVDS Compatibility with RS422 and RS485 Interface Standards
AN-5059
LVDS
LVDS Technology Solves Typical EMI Problems Associated with Cell Phone Cameras and
Displays
Interface
MS-537
General
Interface Products Ordering Information and Physical Dimensions
MS-547
LVDS
LVDS Description and Family Characteristics
AN-5048
LVDS
System Clock Distribution Example Using LVDS
Bus Switch
AN-5021
Bus Switch
Bus Switch Undershoot Protection: Which Systems Need this Protection and Why
AN-996
Bus Switch
Using the Fairchild Switch as a 5V to 3V Translator
AN-996J
Bus Switch
Using the Fairchild Switch as a 5V to 3V Translator (Japanese Translation)
AN-6028
FMS6406
FMS6406 Evaluation Board Application Note
AN-6041
Video Filter
PCB Layout Considerations for Video Filters/Drivers
AN-8005
FMS6151
FMS6151 NoSAG/SAG Applications
AN-8006
FMS6410B
Capacitor Selection for the FMS6410B S-Video Filter
AN-8007
FMS6143
FMS6143 Evaluation Board Application Note
AN-8008
FMS6145
FMS6145 Evaluation Board Application Note
AN-8009
FMS6146
FMS6146 Evaluation Board Application Note
AN-8010
FMS6363
FMS6363 Evaluation Board Application Note
AN-8015
FMS6501
FMS6501 Evaluation Board Application Note
AN-8017
FMS6151
FMS6151 Evaluation Board Application Note
AN-5055
TinyLogic
Portability and Ultra Low Power TinyLogic
AN-8030
TinyLogic
TinyLogic MicroPak2 Package Applications Guide
MS-502
TinyLogic
TinyLogic Introduction
MS-503
TinyLogic
Family Characteristics TinyLogic HS/HST and UHS Series
MS-545
TinyLogic
TinyLogic Ordering Information, Packaging and Physical Dimensions
Video Filters/Drivers
Logic
For the latest application note updates, please visit http://www.fairchildsemi.com/apnotes/
w w w. f a i r c h i l d s e m i . c o m
15
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seminars and other items, register here:
www.fairchildsemi.com/my_fairchild
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PRODUCTS
Power Management
Power Factor Correction
• Continuous Conduction
Mode (CCM) PFC Controllers
• Critical/Boundary Conduction
Mode (CrCM/BCM)
PFC Controllers
• Interleaved PFC Controllers
• PFC + PWM Combination (Combo)
Controllers
Off-Line and Isolated DC-DC
• AC-DC Linear Regulators
• Flyback & Forward
PWM Controllers
• Flyback & Forward
PWM Controllers with
Integrated MOSFET
• LLC Resonant & Asymmetric Half
Bridge PWM Controllers
• LLC Resonant & Asymmetric
Half Bridge PWM Controllers
with Integrated MOSFETs
• Primary-Side Regulation
CV/CC Controllers
• Primary-Side Regulation CV/CC
Controllers with Integrated MOSFET
• Standard PWM Controllers
• Supervisory/Monitor ICs
• Synchronous Rectifier Controllers
Non-Isolated DC-DC
• Charge-pump Converters
• DrMOS FET plus Driver
Multi-Chip Modules
• Step-down Controllers
(External Switch)
• Step-down Regulators,
Non-Synchronous
(Integrated Switch)
• Step-down Regulators, Synchronous
(Integrated Switch)
• Step-up Regulators
(Integrated Switch)
MOSFET and IGBT Gate Drivers
• 3-Phase Drivers
• Half-Bridge Drivers
• High- & Low-Side Drivers
• High-Side Drivers
• Low-Side Drivers
Voltage Regulators
• LDOs
• Positive Voltage Linear Regulators
• Negative Voltage Linear Regulators
• Shunt Regulators
• Voltage Detector
• Voltage Stabilizer
• Voltage to Frequency Converter
APPLICATIONS
DESIGN SUPPORT
ABOUT FAIRCHILD
Motion Control
• BLDC/PMSM Controller
• Motion-SPM™
(Smart Power Modules)
• PFC SPM® (Smart Power Modules)
Interface
• LVDS
• Serializers/Deserializers
(µSerDes™)
• USB Transceivers
Diodes & Rectifiers
• Bridge Rectifiers
• Circuit Protection & Transient
Voltage Suppressors (TVS)
• Diacs
• Rectifiers
• Schottky Diodes & Rectifiers
• Small Signal Diodes
• Zener Diodes
Signal Conditioning
• Video Filter Drivers
• Video Switch Matrix/Multiplexers
IGBTs
• Discrete IGBTs
• Ignition IGBTs
MOSFETs
• Discrete MOSFETs
• Level-Shifted Load Switches
• MOSFET/Schottky Combos
Transistors
• BJTs
• Darlingtons
• Digital/Bias-Resistor Transistors
• JFETs
• RF Transistors
• Small Signal Transistors
Advanced Load Switches
• Advanced Current Limited
Load Switches
• Slew Rate Controlled Load Switches
Battery Management
• Battery Charger ICs
• Battery Charger ICs
Ground Fault Interupt Controllers
• Ground Fault Interrupt
(GFI) Controllers
Backlight Unit (BLU)
• CCFL Inverter ICs
Signal Path ICs
Amplifiers & Comparators
• Comparators
• Operational Amplifiers
Audio Amplifiers
• Audio Subsystems
• Audio Headphone Amplifiers
• Digital Microphone Amplifiers
• Audio Speaker Amplifiers
Signaling, Sensing & Timing
• Signaling, Sensing & Timing
• Timing
Switches
• Accessory Switches
• Analog Switches
• Audio Jack Detection Switches
• Audio Switches
• Bus Switches
• MIPI Switches
• Multi-media Switches
• USB Switches
• Video Switches
Logic
Buffers, Drivers, Transcievers
• Buffers
• Line Drivers
• Transceivers
Flip Flops, Latches, Registers
• Counters
• Flip Flops
• Inverters
• Latches
• Registers
Gates
• AND Gates
• NAND Gates
• OR Gates
• NOR Gates
• Schmitt Triggers
• Configurable Gates
Multiplexer / Demultiplexer /
Decoders
• Decoders
• Demultiplexers
• Multiplexers
• Multivibrators
LIGHTING ICs
• Fluorescent Lamp ICs
• HID ICs
• LED Lighting ICs
• Portable LED Drivers
Optoelectronics
High Performance Optocouplers
• Low Voltage, High Performance
• High Speed Logic Gate
• High Performance Transistor
• IGBT/MOSFET Gate Driver
• Specific Function
Infrared
• Emitting Diodes
• Photo Sensors
• Photo Sensor – Transistors
• Ambient Light Sensors
• Reflective Sensors
• Optical Interrupt Switches
Phototransistor Optocouplers
• Isolated Error Amplifier
• Phototransistor Output DC Sensing Input
• Phototransistor Output AC Sensing Input
• Photo Darlington Output
TRIAC Driver Optocouplers
• Random Phase TRIAC Driver
• Zero Crossing TRIAC Driver
AUTOMOTIVE PRODUCTS
Automotive Discrete Power
• Automotive Ignition IGBTs
• Automotive IGBTs
• Automotive N-Channel MOSFETs
• Automotive P-Channel MOSFETs
• Automotive Rectifiers
Automotive High Voltage Gate Drivers
(HVICs)
• Automotive High Voltage
Gate Drivers (HVICs)
High Side Smart Switches
• High Side Smart Switches
Voltage Level Translators
• Voltage Level Translators
Battery Protection ICs
• Battery Protection ICs
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Fairchild Semiconductor or their respective owners. For a listing of Fairchild Semiconductor
trademarks and related information, please see: www.fairchildsemi.com/legal
Lit code: 980025-001 © 2012 Fairchild Semiconductor. All Rights Reserved.
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