High-Side Low-Side Power Switch Tiny Package Xpander LOGIC S
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Top Searches for this datasheet
TDE1708DFT
High-Side Low-Side Power Switch Tiny Package
Xpander LOGIC
Simple Solution System Expansion
STV300NH02L
Power MOSFETs Boost Efficiency Server Power Supplies
BUL741
Cost Competitive Power Bipolar Transistor Power, Current Ballasts
ST7FLiteU0
Feature-Enhanced 8-Pin Micro Family Tiny Packages
1Mbit Serial EEPROM
M24M01: Market's First 1Mbit Serial EEPROM Tiny SO-8
ST2G3236 Level Translator
Dual Supply Voltage CMOS 2-Bit Transceiver
DSILC6-1xx
High Bandwidth Protection Display Serial Interface
76-1
June 2007
TDE1708DFT
Driven precise requirements from field factory automation process control, developed TDE1708DFT, tiny low-side power switch. Since this switch output configurations, (load ground load supply voltage), does different devices. numerous in-built protection functions status indicators, plus linear regulator supply internal circuitry, even external circuity required. This feature eliminates need costly bulky external regulators. ST's TDE1708DFT devices available market provide supply voltage high 50V.
Stefano Industrial Power Conversion Marketing
HIGH-SIDE LOW-SIDE POWER SWITCH TINY PACKAGE
Tiny DFN8 Package
Housed tiny exposed pad, lead 4x4mm package, best solution cases where limited space available (for instance proximity detector applications). internal output current limitation configuration) been 300mA, which very close maximum nominal current (250mA). This avoids useless risky power dissipation there fault over-current short-circuit output.
However, TDE1708DFT also used standard intelligent power switch industrial applications general. ability device low-side high-side switch configuration also makes possible create half-bridge topologies with TDE1708DFT devices (one low-side other high-side).
TDE1708DFT
VREG
L.S.OUT H.S.OUT
SENSOR
DELAY
Main Features
Low-side high-side switch configuration Overload short circuit protection Internal voltage clamping Supply output reversal protection Thermal shut-down protection Ground open wire protection Adjustable delay switch Indicator status driver regulated auxiliary voltage High burst immunity
Application circuit with adjustable input hysteresis
Order Codes
Part number TDE1708DFT Temp range, -25°C +85°C Package (4x4) Packing Tape reel
3.10 1.55
Dimensions
TDE1708DFT Applications
device intended output driver proximity detectors factory automation process control; thanks very small package tailored current limitation best-in-class miniature proximity switch.
2.05
2.30 1.15
4.10
0.80
0.40
0.35 (8x)
0.65 (8x)
DFN8 (4x4mm)
DFN8 package footprint
www.st.com/factory-automation
Xpander Logic
Electronic devices while moving towards smaller more portable packaging, featuring greater functions. This translates into more advanced technology requirement with more computational power memory already size-constrained silicon space microcontrollers microprocessors. address this issue, introduced Xpander Logic family help overcome limited number Input/Output (I/O) microcontroller microprocessor based embedded systems. existing additional intensive tasks central processing unit (CPU) reassigned Xpander Logic ultra-low power consumption very small packages.
Effendy Chang Advanced Logic Mixed Signal Marketing
SIMPLE SOLUTION SYSTEM EXPANSION
General Purpse Input/Output Port Expansion
functions GPIO port expander obtained upgrading with integrated features adding Complex Programmable Logic Device (CPLD)/Field Programmable gate Array (FPGA). However both solutions come with their respective pros cons:
Xpander Logic Cost Solution size Power consumption Flexibility routing Medium Less Flexible Good Upgrade Medium Small Medium Highly flexible Potentially problematic CPLD Addition High Large Medium Flexible Good
advanced power management support that helps modern portable systems preserve extend battery life.
Xpander Logic Features
Very small packages: QFN16 TFBGA36 Ultra power consumption Flexible voltage interface Intelligent features: Keypad controller controller Rotator controller ADC/DAC automatic dimming I/Os Open drain interrupt output standard/fast speed Reset
Xpander Logic Advantages
Xpander Logic allows existing system processor wide range intelligent functions through standard high-speed Inter-Integrated Circuit serial peripheral interface. these features achieved through minimum change existing microprocessor microcontroller's firmware. This results very flexible, cost-competitive solution expand system's resources compared complex implementation larger more expensive CPLD embedded system. further benefit Xpander Logic family high optimization micro-power operation
Xpander Logic Portfolio
Part number STMPE801 STMPE2401 GPIO Package QFN16 TFBGA36 Intelligent features Basic
Application Areas
QWERTY keypads Mobile phones, smart phones, phones Multifunction printers Portable multimedia devices Industrial automation
www.st.com/xpanderlogic
STV300NH02L
Power system designers continuously searching higher operating efficiency performance their applications. meeting their needs introducing Power MOSFET designed reduce losses secondary rectification, well OR-ing function. STV300NH02L channel voltage, high current, very low-on resistance Power MOSFET, which benefits from latest advanced design rules ST's proprietary STripFET technology. Housed PowerSO-10 STV300NH02L benefited from most recent technology innovations ribbon bonding, making suitable most demanding high current OR-ing applications market today.
Saporito Power MOSFET Marketing
POWER MOSFETS BOOST EFFICIENCY SERVER POWER SUPPLIES
Main Applications
STV300NH02L particularly suited server power supplies, targeting following range applications industrial market: OR-ing DC-DC converters
Features STV300NH02L
DS(on) industry benchmark (0.7m typ) Very drop OR-ing Power MOSFET High current capability threshold device Innovative ribbon bonding
Ribbon Package Benefits
innovative PowerSO-10 ribbon package distinguishes itself from other Power MOSFETs, extremely on-resistance, which: Greatly reduces losses OR-ing function Boosts efficiency server power supplies, which used parallel redundancy ensure system reliability (more than 99%) High protection short circuit conditions (turn typically 1.37ms 12.7A OR-ing current, 25.7 load current)
100.00 99.0 98.0 97.0 96.0 95.0 94.0 93.0 0.00 5.00 10.00 15.00 20.00
Electrical Characteristics
Part number STV300NH02L RDS(on) Package PowerSO-10
Iload
Efficiency with OR-ing MOSFET Efficiency with power diode Efficiency converter without OR-ing MOSFET Efficiency with only body drain diode OR-ing MOSFET
Innovative wire bonding PowerSO-10
DC/DC converter efficiency load current (efficiency system during power transfer from output power supply load system).
www.st.com/pmos
BUL741 Bipolar Transistor
introduction BUL741 will further enlarge ST's wide product range ballast applications, offering best cost competitive product power solutions. BUL741 been specifically designed electronic ballasts 32Watt 120Volt push pull configuration 277Volt half bridge current topology.
Bettina Rubino Power Bipolar IGBT Application Development
COST COMPETITIVE POWER BIPOLAR TRANSISTOR POWER, CURRENT BALLASTS
BUL741?
Manufactured using multi-epitaxial planar technology with proprietary cellular emitter layout, BUL741 able ensure high current capability needed half bridge current topologies same time displaying outstanding dynamic performance especially turn off. Additionally, intermediate layer with increased thickness been used enhance base collector junction breakdown capability (with junction reverse biased), allowing bipolar sustain high current levels avalanche conditions.
Range Extension
BUL741 used 2x32W lamp ballast circuits, with high cost/benefit ratio. BUL741 completes ST's product range dedicated universal input half bridge current topologies.
BUL741 Features
High breakdown voltage, BVces 1050V Fast tight switching times Avalanche proof, with Available popular TO-220, DPAK IPAK packages
Power Bipolar Universal Input Topologies
Part number BUL741 BULD1101ET4 BUL742C/BUL1102E BUL1203E Power Package TO-220, DPAK, IPAK DPAK TO-220, DPAK, IPAK TO-220, TO-220FP
Excellent Performance
multi-epitaxial planar technology, addition specific base profile, helps reduce fall time consequently turn-off losses that most significant switching losses standard operative conditions. optimized control life time minority carriers brings tight dynamic parameters, leading increased total system efficiency open load short circuit operative conditions. increased breakdown junction means bipolar device able sustain stressful tests like "arching test". sudden change between open load short circuit causes current spikes during off-phase leading junction into avalanche condition.
CH3: 500mA
CH2: 500mV
CH4: 250V
BUL741 avalanche condition during arching test. junction acts zener diode, stopping rise above 1050V, avoiding device failure
www.st.com/bipolar
ST7FLiteU0 8-bit Family
ST7Lite family full range entry-level 8-bit Flash microcontrollers intended cost-sensitive applications, available from 8-pin 20-pin variants. They provide outstanding flexibility every stage development cycle, from first prototype production, ensuring reduced cost ownership fast time market.
Nicosia 8-bit Marketing
FEATURE-ENHANCED 8-PIN MICRO FAMILY TINY PACKAGES
Series With Added Features
ST7FLiteUS series recently been enlarged improved introduction ST7FLiteU0 family which displays same common features plus some ones. These features include: byte Flash size byte Data EEPROM Very accurate Internal Oscillator with lower selectable frequency ratio (500kHz) accuracy ambient Enhanced LVD/AVD peripherals bringing stability precision Lower power consumption Halt mode Besides these advantages customers benefit from full pin-to-pin compatibility with LiteUS series direct replacement further development their applications. Just like previous series, MCUs available 8-pin packages.The ST7FLiteU0 series available sampling also DIP16 package. Unlike 8-pin packages which peripheral functions shared multiplexed, makes functions available pin, allowing full in-circuit debugging capability. This package soldered third-parties tools available customers' prototyping during first development phase. devices orderable form fastrom (pre-programmed version.
cost tools such ST's Stick Programmer, Raisonance Reva evaluation R-link debugging programming tools will enable developers quickly efficiently create, build debug low-cost MCU-based systems. These tools integrate easily with free compiler from Cosmic code size free charge), supported ST's free STVD7 software STVP7 software programmer.
ST7FLiteU0 8-bit Family
Part number ST7FLiteU05M6/3 ST7FLiteU05B6/3 ST7FLiteU05U6/3 ST7FLiteU09M6/3 ST7FLiteU09B6/3 ST7FLiteU09U6/3 Flash Peripherals 12-bit timers,10-bit 12-bit timers, 10-bit ADC, bytes data Package SO-8 DIP-8 DFN8 SO-8 DIP-8 DFN8
Note: indicates qualification over extended temperature range
ST7FLiteU0 Applications
devices also qualified over +125°C temperature range satisfy system requirements according increasing common trend consumer industrial segments applications like lighting, home appliances, conditioning, etc. Some most targeted applications are: mechanical switches, low-end motor control, intelligent current/voltage supervisor, gate remote control, smart sensors electronic thermostats.
Development Tools
Development suppor available through complete hardware software tool chains from third parties. High-end emulators
www.st.com/mcu
1Mbit Serial EEPROM
another precedent introducing 1Mbit serial EEPROM tiny SO-8 narrow package. only device available market squeeze such high memory density into such small package. Also offered SO-8W, M24M01 with two-wire serial interface, intended applications such consumer electronics medical equipment which need store refresh large amounts parameter data. With this device, ST's EEPROM family offers portfolio from 1Kbit 1Mbit.
Rodrigues EEPROM Marketing
M24M01: MARKET'S FIRST 1Mbit SERIAL EEPROM TINY SO-8
M24M01 Main Features
M24M01 supports 100kHz 400kHz clock frequencies, full compliance with specification, operates over wide 1.8V 5.5V supply voltage range. Organized 128Kbits supports byte page write modes, with fast write time bytes less than 5ms; typical write time less than microseconds byte. Improved input noise filtering protects against spurious write operations electrically noisy environments. Data retention specified more than years, with write endurance more than million write cycles. operating temperature range degrees compact M24M01 uses ST's advanced, 0.18-micron EEPROM process technology achieve high density.
Applications
very small size SO-8N package offers opportunities manufacturers digital sets, players, set-top boxes medical technology reduce amount board space required their applications, while increasing memory available setup parameters, tuning information, user preferences other data.
M24M01 Ordering Information
Packages S0-8N, RoHS compliant, Order codes M24M01 RMN6P M24M01 RMW6G (1Mb S0-8N) (1Mb S0-8W) S0-8W, RoHS compliant
EEPROM Commercial Products
Part number M24C01 M24C02 M24C04 M24C08 M24C16 M24C32 M24C64 M24128B M24256B M24512 M24M01 Density 16Kb 32Kb 64Kb 128Kb 256Kb 512Kb Description (x8), 400kHz, 5ms* write time, chip enable (x8), 400kHz, 5ms* write time, chip enable (x8), 400kHz, 5ms* write time, chip enable (x8), 400kHz, 5ms* write time, chip enable 16Kb (x8), 400kHz, 5ms* write time, chip enable 32Kb (x8), 400kHz, 5ms* write time, chip enable 64Kb (x8), 400kHz, 5ms* write time, chip enable 128Kb (x8), 400kHz, 5ms* write time, chip enable 256Kb (x8), 400kHz, 5ms* write time, chip enable 512Kb (x8), 400kHz, 5ms* write time, chip enable (x8), 400kHz, 5ms* write time, chip enable
Voltage range:
Voltage range
Package PDIP-8, SO-8, TSSOP8
PDIP-8, SO-8, TSSOP8, MLP2X3 PDIP-8, SO-8, TSSOP8 SO-8, TSSOP8
5.5V
S0-8
*Write time 10ms versions
www.st.com/eeprom
ST2G3236 Level Translator
Nowadays there trend supply voltages migrate lower levels support low-power, high performance applications. While some devices capable operating lower voltages, other devices might have same capability. This calls logic level translation interface separately powered components system.
Advanced Logic Mixed Signal Marketing
DUAL SUPPLY VOLTAGE CMOS 2-BIT TRANSCEIVER
applications where only single direction translation required, pins tied ground accordingly. While bi-directional applications, pins controlled using through GPIO.
Features
High speed: 6.2ns (max.) 85°C VCCB 1.8V VCCA 3.3V power dissipation: ICCA ICCB (max.) 85°C Input output power down protection Operating voltage range: VCCA (OPR) 1.4V 3.6V VCCB (OPR) 1.4V 3.6V data rates: 380Mbps (1.8V 3.3V translation) 260Mbps (<1.8V 3.3V translation) 260Mbps (translates 2.5V) 210Mbps (translates 1.5V) performance: 2000V (MIL method 3015) 200V ST2G3236 housed small QFN10L (1.8x1.4mm) package suit spaceconstraints mobile applications.
Functional Description
ST2G3236 dual supply voltage CMOS 2-bit transceiver fabricated with submicron silicon gate five-layer metal wiring C2MOS technology. Designed interface between 3.3V 2.5V 1.8V mixed 3.3V/1.8V, 2.8V/1.8V supply systems, achieves high speed operation while maintaining CMOS power dissipation. This device intended two-way asynchronous communication between data buses direction data transmission determined inputs. A-port interfaces with higher voltage while B-port interfaces with lower voltage bus. logic high/low input port appears logic high/low opposite output port without logic inversion.
VCCB 0.1F DIR1 RX(low) TX(low) DIR2 VCCA 0.1F
ST2G3236 Typical Applications
Mobile phones Personal digital assistants Smart phones Mobile computers
ST2G3236
Series Coming Soon
Single direction translation application using ST2G3236
Low-side domain
0.1F GPIO GPIO GPIO GPIO DIR1 DIR2 VCCB VCCA 0.1F
High-side domain
will soon expand level translator's portfolio with series 2-bit level translators with autodirection sensing. Thanks special circuitry sense input, direction control will longer required, thus eliminating need General Purpose Input/Output (GPIO) control.
Order Code
Part number ST2G3236QTR Package QFN10L Dimension 1.4mm
ST2G3236
Bi-directional translation application using ST2G3236
www.st.com/level-translators
DSILC6-4xx
Benefits Serial
Renard IPAD Marketing
HIGH BANDWIDTH PROTECTION DISPLAY SERIAL INTERFACE
introduction multimedia services phones driving increase resolution graphic displays cameras. interfaces between displays camera modules base module multimedia processor through flex cable become tough cabling constraints becomes concern. solve these problems, several display manufacturers, semiconductor camera module makers have developed high speed serial liberate phone designers from crowded noisy parallel interface designs. example bandwidth requirements serial bus, resolution (640x480) with 18bpp (262kcolor) 60fps, required bandwidth 640x480x18x60 330Mbps.
resolution increases, data bandwidth handsets also increases, does power required. clamshell cellphones, major user power flip display camera module. lower power needed transfer high bandwidth data, transforming traditional parallel interfaces serial offers benefits such count: serial buses translate wide, low-speed parallel data stream into narrow high speed serial data stream Reduced power consumption: I/Os moving from low-speed single ended technology high-speed differential technology, reducing power consumption Standardized interfaces: several makers promoting their serial interface protocol. Most based LVDS technology
Product Characteristics
Part number DSILC6-4P6 DSILC6-4F2 10mA 0.9V Cline 2.5pF Package SOT-666 Flip-Chip
Features Benefits
2.5pF line capacitance high speed serial interface compliance 1.25pF line line 4-line protection package high integration insertion loss 2.0GHz leakage current Flip-Chip micro package ultra space
Need Protection
With clamshell slide phones, events damage hinge phone. reduce susceptibility, capacitance protection must implemented output ICs, close possible display camera connector. data frequency needs capacitance protection. Taking into consideration parasitic capacitance cable routing, transmission rates above 400Mbps, considered that capacitance protection should exceed 3pF. fully answer this need, developed DSILC6-4xx series protection devices.
Display
Serial
Interface
Logic Capacitance
Packages: SOT-666 Flip-Chip
lines
DSILC6-4xx nomenclature
www.st.com/protection
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