SP6015

SP601 : (All Voltages Referenced to VSS, Unless Otherwise Noted. See Figure 1) PARAMETER FAULTBAR ITRIPSELECT VBIAS VDD VSS TRIP I CL1 G2L and G1L VDF VBS VOUT PHASE TRIPU CL2 G2U and G1U ENABLE UP/DN D1U D1L Open Drain Fault Indicator Output Digital Input Command to Increase TRIPL and TRIPU Threshold by 30% 14.5V to 16.5V with 15V nominal, ≅ 1.5mA DC BIAS Current CDD to VSS COMMON 100mV Signal to Shut Off LOWER Drive and Trigger a Fault Output Lower Noise Clamp Zener Low Impedance Driver Designed to Drive Power MOS Transistors (LOWER) Current Limiting Charging Resistor for Bootstrap Capacitor Power Supply Bootstrap Supply, Normally a Diode Drop Below VDD Voltage with Respect to the Floating PHASE R.

SP6012 : APPLICATIONS The fundamental of SP6012 synchronous rectifier  Servers & workstations (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction”  Storage area network power supplies logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to  Telecommunication converters  Embedded systems the turn-off time, in order to achieve maximum  Industrial & commercial systems using efficiency and avoid cross- conduction at the same high current processors time. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6012 is capable to adapt in a.

SP6013 : The fundamental of SP6013 synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid cross-conduction at the same time. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6013 is capable to adapt in almost all existing flyback converters with few adjustments considered necessary. FEATURES • Offers efficiency improvement over Schottky Diode (depends on drive configuration of the SR). • • • • • Drives a.

SP6013A : The fundamental of SP6013A synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid crossconduction at the same time. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6013A is capable to adapt in almost all existing flyback converters with few adjustments considered necessary. APPLICATIONS  Servers & workstations  Storage area network power supplies  Telecommunication converters  Embedded sys.

SP6014 : The fundamental of SP6014 synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to linear control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid crossconduction at the same time. Specially, SP6014 is designed for LLC applications, and variable switching frequency system . APPLICATIONS  Switching Mode Power Supply (CCM&DCM&QR) for Flyback , Forward or LLC Applications  Storage area network power supplies  Telecommunication converters  Embedded systems  Industrial & commerci.

SP6016D : The fundamental of SP6016D synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid cross-conduction at the same time. Specially, SP6016D is designed for Resonance. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6016D is capable to adapt in almost all existing Resonance converters with few adjustments considered necessary. APPLICATIONS  Switching Mode Power Supply  Storage area network power .

SP6016E : The fundamental of SP6016E synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid cross-conduction at the same time. Specially, SP6016E is designed for Resonance. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6016E is capable to adapt in almost all existing Resonance converters with few adjustments considered necessary. APPLICATIONS  Switching Mode Power Supply (CCM&DCM&QR)  Storage area n.

SP6016F : The fundamental of SP6016F synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid cross-conduction at the same time. Specially, SP6016F is designed for Resonance. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6016F is capable to adapt in almost all existing Resonance converters with few adjustments considered necessary. APPLICATIONS  Switching Mode Power Supply  Storage area network power .

SP6018 : The fundamental of SP6018 synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid crossconduction at the same time. Specially, SP6018 is designed for Resonance. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6018 is capable to adapt in almost all existing Resonance converters with few adjustments considered necessary. APPLICATIONS  Servers & workstations  Storage area network power supplies .

SP6018C : The fundamental of SP6018C synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid crossconduction at the same time. Specially, SP6018C is designed for Resonance. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6018C is capable to adapt in almost all existing Resonance converters with few adjustments considered necessary. APPLICATIONS  Servers & workstations  Storage area network power suppli.

SP6018E : The fundamental of SP6018E synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid cross-conduction at the same time. Specially, SP6018E is designed for Resonance. It also maintains the MOSFET’s body diode conduction at minimum level. The SP6018E is capable to adapt in almost all existing Resonance converters with few adjustments considered necessary. APPLICATIONS  Switching Mode Power Supply (CCM&DCM&QR)  Storage area n.

SP6019 : The fundamental of SP6019 synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid crossconduction at the same time. Specially, SP6019 is designed for Forward . APPLICATIONS  Servers & workstations  Storage area network power supplies  Telecommunication converters  Embedded systems  Industrial & commercial systems using high current processors FEATURES  Offers efficiency improvement over Schottky Diode (depends on dr.

SP6019C : The fundamental of SP6019C synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid cross-conduction at the same time. SP6019C is specially suitable for Forward and DC/DC Module. APPLICATIONS  Servers & workstations  Storage area network power supplies  Telecommunication converters  Embedded systems  Industrial & commercial systems using high current processors  DC/DC Power Module FEATURES  Offers efficiency improve.

SP6019D : The fundamental of SP6019D synchronous rectifier (SR) driver IC is based on our U.S. patented methods that utilize the principle of “prediction” logic circuit. The IC deliberates previous cycle timing to control the SR in present cycle by “predictive” algorithm that makes adjustments to the turn-off time, in order to achieve maximum efficiency and avoid cross-conduction at the same time. SP6019D is specially suitable for Forward and DC/DC Module. APPLICATION  Servers & workstations  Storage area network power supplies  Telecommunication converters  Embedded systems  Industrial & commercial systems using high current processors  DC/DC Power Module FEATURES  Offers efficiency improvem.