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306D

  

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End *P306D *3306D *M306D *K306D *A306D *F306D
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Macom
MacomMacom
MTA306DPC TOGGLE SWITCH

TOGGLE SWITCH


other parts : 1-1437558-5 1-1437558-7 1-1437558-8 1-1437558-9 1437626-2 2-1437558-4 2-1437558-6 3-1437558-3 B10482 MTA106DPC 
Power-Integrations
Power-IntegrationsPower-Integrations
LNK306DG-TL LinkSwitch-TN Family Lowest Component Count, Energy-Efficient Off-Line Switcher IC

Description
LinkSwitch-TN is specifically designed to replace all linear and capacitor-fed (cap dropper) non-isolated power supplies in the under 360 mA output current range at equal system cost while offering much higher performance and energy efficiency.
LinkSwitch-TN devices integrate a 700 V power MOSFET, oscillator, simple On/Off control scheme, a high voltage switched current source, frequency jittering, cycle-by-cycle current limit and thermal shutdown circuitry onto a monolithic IC. The start up and operating power are derived directly from the voltage on the DRAIN pin, eliminating the need for a bias supply and associated circuitry in buck or flyback converters. The fully integrated auto-restart circuit in the LNK304-306 safely limits output power during fault conditions such as short-circuit or open loop, reducing component count and system-level load protection cost. A local supply provided by the IC allows use of a non-safety graded optocoupler acting as a level shifter to further enhance line and load regulation performance in buck and buck-boost converters, if required.

Product Highlights
Cost Effective Linear/Cap Dropper Replacement
• Lowest cost and component count buck converter solution
• Fully integrated auto-restart for short-circuit and open loop fault protection – saves external component costs
• LNK302 uses a simplified controller without auto-restart for very low system cost
• 66 kHz operation with accurate current limit – allows low cost off-the-shelf 1 mH inductor for up to 120 mA output current
• Tight tolerances and negligible temperature variation
• High breakdown voltage of 700 V provides excellent input surge withstand
• Frequency jittering dramatically reduces EMI (~10 dB)
   – minimizes EMI filter cost
• High thermal shutdown temperature (+135 °C minimum)

Much Higher Performance over Discrete Buck and Passive Solutions
• Supports buck, buck-boost and flyback topologies
• System level thermal overload, output short-circuit and open control loop protection
• Excellent line and load regulation even with typical configuration
• High bandwidth provides fast turn-on with no overshoot
• Current limit operation rejects line ripple
• Universal input voltage range (85 VAC to 265 VAC)
• Built-in current limit and hysteretic thermal protection
• Higher efficiency than passive solutions
• Higher power factor than capacitor-fed solutions
• Entirely manufacturable in SMD

EcoSmart®– Extremely Energy Efficient
• Consumes typically only 50/80 mW in self-powered buck topology at 115/230 VAC input with no load (opto feedback)
• Consumes typically only 7/12 mW in flyback topology with external bias at 115/230 VAC input with no load
• Meets California Energy Commission (CEC), Energy Star, and EU requirements

Applications
• Appliances and timers
• LED drivers and industrial controls


other parts : LNK302 LNK302DG LNK302DG-TL LNK302DN LNK302DN-TL LNK302GG LNK302GG-TL LNK302GN LNK302GN-TL LNK302PG 
TOKEN
TOKENTOKEN
TSR306D00-D2 SAW Resonators (TSR) Can Replace LC Elements and Quartz Crystals

Token SAW Resonator employs surface acoustic wave, and is able to be applied to high frequency circuit where conventional crystal, ceramic resonators are not available, as SAW Resonator oscillates stably with its fundamental mode over frequency range from 200 MHz to around 1 GHz.
The SAW resonator uses arrays of metal strips, with pitch λ/2, as reflectors of the waves. These arrays can give strong SAW reflections, and two arrays can be used to form a SAW cavity with high Q. Such resonators are often used for high-stability oscillators.


other parts : TSR1090D00-D1 TSR217D25-D1 TSR224D50-D2 TSR224D70-D1 TSR265D00-D1 TSR284D00-D1 TSR288D00-D1 TSR293D125-S5 TSR295D00-D1 TSR300D00A-D1 
Vishay
VishayVishay
SI2306DS N-Channel 30-V (D-S) MOSFET

FEATURES
TrenchFET® Power MOSFET
100% RgTested


other parts : SI2306DS-T1 
Power-Integrations
Power-IntegrationsPower-Integrations
LNK306DN LinkSwitch-TN Family Lowest Component Count, Energy-Efficient Off-Line Switcher IC

Description
LinkSwitch-TN is specifically designed to replace all linear and capacitor-fed (cap dropper) non-isolated power supplies in the under 360 mA output current range at equal system cost while offering much higher performance and energy efficiency.
LinkSwitch-TN devices integrate a 700 V power MOSFET, oscillator, simple On/Off control scheme, a high voltage switched current source, frequency jittering, cycle-by-cycle current limit and thermal shutdown circuitry onto a monolithic IC. The start up and operating power are derived directly from the voltage on the DRAIN pin, eliminating the need for a bias supply and associated circuitry in buck or flyback converters. The fully integrated auto-restart circuit in the LNK304-306 safely limits output power during fault conditions such as short-circuit or open loop, reducing component count and system-level load protection cost. A local supply provided by the IC allows use of a non-safety graded optocoupler acting as a level shifter to further enhance line and load regulation performance in buck and buck-boost converters, if required.

Product Highlights
Cost Effective Linear/Cap Dropper Replacement
• Lowest cost and component count buck converter solution
• Fully integrated auto-restart for short-circuit and open loop fault protection – saves external component costs
• LNK302 uses a simplified controller without auto-restart for very low system cost
• 66 kHz operation with accurate current limit – allows low cost off-the-shelf 1 mH inductor for up to 120 mA output current
• Tight tolerances and negligible temperature variation
• High breakdown voltage of 700 V provides excellent input surge withstand
• Frequency jittering dramatically reduces EMI (~10 dB)
   – minimizes EMI filter cost
• High thermal shutdown temperature (+135 °C minimum)

Much Higher Performance over Discrete Buck and Passive Solutions
• Supports buck, buck-boost and flyback topologies
• System level thermal overload, output short-circuit and open control loop protection
• Excellent line and load regulation even with typical configuration
• High bandwidth provides fast turn-on with no overshoot
• Current limit operation rejects line ripple
• Universal input voltage range (85 VAC to 265 VAC)
• Built-in current limit and hysteretic thermal protection
• Higher efficiency than passive solutions
• Higher power factor than capacitor-fed solutions
• Entirely manufacturable in SMD

EcoSmart®– Extremely Energy Efficient
• Consumes typically only 50/80 mW in self-powered buck topology at 115/230 VAC input with no load (opto feedback)
• Consumes typically only 7/12 mW in flyback topology with external bias at 115/230 VAC input with no load
• Meets California Energy Commission (CEC), Energy Star, and EU requirements

Applications
• Appliances and timers
• LED drivers and industrial controls


other parts : LNK302 LNK302DG LNK302DG-TL LNK302DN LNK302DN-TL LNK302GG LNK302GG-TL LNK302GN LNK302GN-TL LNK302PG 
Anachip
AnachipAnachip
AP1306D-SA Two Coil Fan Motor Predriver

General Description
The AP1306 fan motor predriver is suited for two-coil brush-less DC fan. All functions, including lock shutdown, automatic restart, speed indication (FG), have been incorporated into one chip. When the motor is under lock condition, lock shutdown function turns off the output. When the lock condition is removed, the IC automatically restarts and allows DC fan to run. In addition, the FG function is to indicate the rotation speed.


other parts : AP1306 AP1306-S AP1306-SA AP1306-SL AP1306-SLA AP1306A-S AP1306A-SA AP1306A-SL AP1306A-SLA AP1306B-S 
TI
TITI
SN74CBT3306DG4 DUAL FET BUS SWITCH

description/ordering information
The SN74CBT3306 dual FET bus switch features independent line switches. Each switch is disabled when the associated output-enable (OE) input is high.

 5-Ω Switch Connection Between Two Ports
 TTL-Compatible Input Levels

 


other parts : SN74CBT3306 SN74CBT3306D SN74CBT3306DE4 SN74CBT3306DR SN74CBT3306DRE4 SN74CBT3306DRG4 SN74CBT3306PW SN74CBT3306PWE4 SN74CBT3306PWG4 SN74CBT3306PWLE 
Vishay
VishayVishay
SI2306DS-T1 N-Channel 30-V (D-S) MOSFET

FEATURES
TrenchFET® Power MOSFET
100% RgTested


other parts : SI2306DS 
Power-Integrations
Power-IntegrationsPower-Integrations
LNK306DN-TL LinkSwitch-TN Family Lowest Component Count, Energy-Efficient Off-Line Switcher IC

Description
LinkSwitch-TN is specifically designed to replace all linear and capacitor-fed (cap dropper) non-isolated power supplies in the under 360 mA output current range at equal system cost while offering much higher performance and energy efficiency.
LinkSwitch-TN devices integrate a 700 V power MOSFET, oscillator, simple On/Off control scheme, a high voltage switched current source, frequency jittering, cycle-by-cycle current limit and thermal shutdown circuitry onto a monolithic IC. The start up and operating power are derived directly from the voltage on the DRAIN pin, eliminating the need for a bias supply and associated circuitry in buck or flyback converters. The fully integrated auto-restart circuit in the LNK304-306 safely limits output power during fault conditions such as short-circuit or open loop, reducing component count and system-level load protection cost. A local supply provided by the IC allows use of a non-safety graded optocoupler acting as a level shifter to further enhance line and load regulation performance in buck and buck-boost converters, if required.

Product Highlights
Cost Effective Linear/Cap Dropper Replacement
• Lowest cost and component count buck converter solution
• Fully integrated auto-restart for short-circuit and open loop fault protection – saves external component costs
• LNK302 uses a simplified controller without auto-restart for very low system cost
• 66 kHz operation with accurate current limit – allows low cost off-the-shelf 1 mH inductor for up to 120 mA output current
• Tight tolerances and negligible temperature variation
• High breakdown voltage of 700 V provides excellent input surge withstand
• Frequency jittering dramatically reduces EMI (~10 dB)
   – minimizes EMI filter cost
• High thermal shutdown temperature (+135 °C minimum)

Much Higher Performance over Discrete Buck and Passive Solutions
• Supports buck, buck-boost and flyback topologies
• System level thermal overload, output short-circuit and open control loop protection
• Excellent line and load regulation even with typical configuration
• High bandwidth provides fast turn-on with no overshoot
• Current limit operation rejects line ripple
• Universal input voltage range (85 VAC to 265 VAC)
• Built-in current limit and hysteretic thermal protection
• Higher efficiency than passive solutions
• Higher power factor than capacitor-fed solutions
• Entirely manufacturable in SMD

EcoSmart®– Extremely Energy Efficient
• Consumes typically only 50/80 mW in self-powered buck topology at 115/230 VAC input with no load (opto feedback)
• Consumes typically only 7/12 mW in flyback topology with external bias at 115/230 VAC input with no load
• Meets California Energy Commission (CEC), Energy Star, and EU requirements

Applications
• Appliances and timers
• LED drivers and industrial controls


other parts : LNK302 LNK302DG LNK302DG-TL LNK302DN LNK302DN-TL LNK302GG LNK302GG-TL LNK302GN LNK302GN-TL LNK302PG 
Anachip
AnachipAnachip
AP1306D-SL Two Coil Fan Motor Predriver

General Description
The AP1306 fan motor predriver is suited for two-coil brush-less DC fan. All functions, including lock shutdown, automatic restart, speed indication (FG), have been incorporated into one chip. When the motor is under lock condition, lock shutdown function turns off the output. When the lock condition is removed, the IC automatically restarts and allows DC fan to run. In addition, the FG function is to indicate the rotation speed.


other parts : AP1306 AP1306-S AP1306-SA AP1306-SL AP1306-SLA AP1306A-S AP1306A-SA AP1306A-SL AP1306A-SLA AP1306B-S 

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