STMICROELECTRONICS MSL Search Results

FA2706-BL

Abstract: FA2706 PM8800
Contextual Info: Document 672 Flyback Transformers For STMicroelectronics PM8800 PoE Powered Device Controller • Flyback transformers developed for STMicroelectronics • Operates at 250 kHz with 30 – 60 V input • Versions for 5 V and 3.3 V output in 20 Watt applications

Contextual Info: Document 721 Flyback Transformers • • • • For STMicroelectronics Flyback transformers developed for STMicroelectronics Operates at 250 kHz Versions for 5 V and 3.3 V output in 30 Watt applications 1500 Vrms isolation primary and bias to secondary windings

LED7707

Contextual Info: Document 568S-1 Shielded Power Inductor For STMicroelectronics LED7707 LED Driver • Specified by STMicroelectronics for the LED7707 6-row 85 mA LED driver with boost regulator for LCD panels backlight • Exceptional current handing capability – up to 9.4 A Isat!

Contextual Info: Document 672 Flyback Transformers • • • • For STMicroelectronics PM8800 PoE Powered Device Controller Flyback transformers developed for STMicroelectronics Operates at 250 kHz with 30 – 60 V input Versions for 5 V and 3.3 V output in 20 Watt applications

Contextual Info: Document 672 Flyback Transformers • • • • For STMicroelectronics PM8800 PoE Powered Device Controller Flyback transformers developed for STMicroelectronics Operates at 250 kHz with 30 – 60 V input Versions for 5 V and 3.3 V output in 20 Watt applications

Contextual Info: Document 1127 Z Axis RFID Coil PA6512-AE This part is optimized for use for the Z axis in Near Field Communications systems. Evaluation was done using the STMicroelectronics CR95HF NFC Transceiver Reference board with the PA6512 connected to the STMicroelectronics M24LRxxE

FA2707-BLD

Abstract: PM8800 SR-332
Contextual Info: Document 672 Flyback Transformers • • • • For STMicroelectronics PM8800 PoE Powered Device Controller Flyback transformers developed for STMicroelectronics Operates at 250 kHz with 30 – 60 V input Versions for 5 V and 3.3 V output in 20 Watt applications

Contextual Info: Document 672 Flyback Transformers • • • • For STMicroelectronics PM8800 PoE Powered Device Controller Flyback transformers developed for STMicroelectronics Operates at 250 kHz with 30 – 60 V input Versions for 5 V and 3.3 V output in 20 Watt applications

XPL7030-682ML

Abstract: LED7707
Contextual Info: Document 568S-1 Shielded Power Inductor For STMicroelectronics LED7707 LED Driver • Specified by STMicroelectronics for the LED7707 6-row 85 mA LED driver with boost regulator for LCD panels backlight • Exceptional current handing capability – up to 9.4 A Isat!

ha3692

Contextual Info: Document 721 Flyback Transformers • • • • For STMicroelectronics ? Flyback transformers developed for STMicroelectronics Operates at 250 kHz with ? – ? V input Versions for 5 V and 3.3 V output in 30 Watt applications 1500 Vrms isolation primary and bias to secondary windings

Contextual Info: Document 601 Flyback Transformers For STMicroelectronics POTS interface • Developed for the STMicro STLC3075 & STLC3085 Integrated POTS interfaces for home access gateway and WLL. • Provides negative voltage –46 V typical to operate the microchip

Contextual Info: Document 601 Flyback Transformers For STMicroelectronics POTS interface • Developed for the ST Micro STL3075 and STL3085 Integrated POTS interfaces for home access gateway and WLL. • Provides negative voltage –46 V typical to operate the microchip

fa246

Contextual Info: Document 601 Flyback Transformers For STMicroelectronics POTS interface • Developed for the ST Micro STL3075 and STL3085 Integrated POTS interfaces for home access gateway and WLL. • Provides negative voltage –46 V typical to operate the microchip

STL3075

Abstract: STL3085 FA2470-ALD SR-332
Contextual Info: Document 601 Flyback Transformers For STMicroelectronics POTS interface • Developed for the ST Micro STL3075 and STL3085 Integrated POTS interfaces for home access gateway and WLL. • Provides negative voltage –46 V typical to operate the microchip

Contextual Info: Document 796A-1 Shielded Power Inductor XFL6060-473 • Designed for STMicroelectronics LED5000 3 A monolithic step-down current source • High current and low DCR; soft saturation Core material Composite Terminations RoHS compliant tin-silver over copper.

STL3075

Abstract: stl3085
Contextual Info: Document 601 Flyback Transformers For STMicroelectronics POTS interface • Developed for the ST Micro STL3075 and STL3085 Integrated POTS interfaces for home access gateway and WLL. • Provides negative voltage –46 V typical to operate the microchip

l6562 PFC design

Abstract: EB0057-C pcb layout of water level controller
Contextual Info: Document 395 PFC Choke Core material Ferrite This power factor correction choke is designed specifically for the STMicroelectronics L6562 PFC controller. It is intended for use in IEC61000-3-2 compliant switch mode power supplies used in televisions, desktop PCs

EB0057-C

Abstract: EB0057-DL
Contextual Info: Document 395 PFC Choke Core material Ferrite This power factor correction choke is designed specifically for the STMicroelectronics L6562 PFC controller. It is intended for use in IEC61000-3-2 compliant switch mode power supplies used in televisions, desktop PCs

PM8803

Contextual Info: Document 788 Flyback Transformers For STMicroelectronics PM8803 PoE Plus Powered Device Controller • Designed to operate at 250 kHz in continuous conduction mode with 42 – 57 Volts input • 1500 Vrms isolation from the primary and bias windings to

EB0057-C

Abstract: EB0057-DL l6562 pfc l6562 PFC design L6562 L6562 application pcb layout of water level controller L6562 Application Note l6562 design IEC61000-3-2
Contextual Info: Document 395 PFC Choke Core material Ferrite This power factor correction choke is designed specifically for the STMicroelectronics L6562 PFC controller. It is intended for use in IEC61000-3-2 compliant switch mode power supplies used in televisions, desktop PCs

AN2639

Abstract: top-side marking STMicroelectronics LQFP SM817 TOPSIDE MARKING PDIP STMicroelectronics AN2034 J-STD-020D J-STD-020d.1 disadvantages of microcontroller JESD22A111 VFQFPN thermal resistance
Contextual Info: AN2639 Application note Soldering recommendations and package information for Lead-free ECOPACK microcontrollers Introduction STMicroelectronics microcontrollers support various types of Lead-free ECOPACK® package to meet customer requirements. The mounting technologies are Surface mount technology SMT , and Through hole

Contextual Info: Document 788 Flyback Transformers For STMicroelectronics PM8803 PoE Plus Powered Device Controller • Designed to operate at 250 kHz in continuous conduction mode with 42 – 57 Volts input • 1500 Vrms, one minute isolation from the primary and bias

JEDEC J-STD-020

Abstract: STMICROELECTRONICS MSL AN2033 J-STD-020B an2033 st STMICROELECTRONICS MSL PACKAGES
Contextual Info: AN2033 APPLICATION NOTE Soldering Resistance and Moisture Sensitivity Level MSL Classification of STMicroelectronics Lead-Free Devices The reliability of electronic components is validated using Moisture Sensitivity Level (MSL) tests because board mounting processes, especially solder reflow (for Surface Mount Devices - SMD), involve a highmoisture vapor pressure inside plastic packages and high temperatures.

HA3691-AL

Abstract: HA3691
Contextual Info: Document 788 Flyback Transformers For STMicroelectronics PM8803 PoE Plus Powered Device Controller • Designed to operate at 250 kHz in continuous conduction mode with 42 – 57 Volts input • 1500 Vrms, one minute isolation from the primary and bias