Silan Microelectronics SD6 fiche technique

No.	Partie #	Fabricant	Description
1	SD6109	Silan Microelectronics Joint-stock	VOLTAGE MODE PWM POWER SUPPLY * Advanced Bi-CMOS process. 4KV HBM ESD protection Bipolar structure adopted in Shunt regulators TL431, with high reliability * Over voltage protection for 3.3V/5V/12V * Under voltage protection for 3.3V/±5V/±12V * Over power protection * Short ci
2	SD6861	SILAN MICROELECTRONICS	CURRENT MODE PWM+PFM CONTROLLER * Energy Star 2.0 standard * Lower start-up current (3µA) * Various switching frequency following load for the higher efficiency * Frequency jitter for low EMI * Overvoltage, overcurrent, overload and over temperature protections. * Adjustable limit
3	SD6864	SILAN MICROELECTRONICS	CURRENT MODE PWM+PFM CONTROLLER * Energy Star 2.0 standard * Lower start-up current (3µA) * Various switching frequency following load for the higher efficiency * Frequency jitter for low EMI * Overvoltage, overcurrent, overload and over temperature protections. * Adjustable limit
4	SD6855	SILAN MICROELECTRONICS	PRIMARY SIDE CONTROL SMPS * Primary side control * Low start-up current * Leading edge blanking * Pulse-Frequency Modulation(PFM) * Overvoltage protection * Undervoltage lockout * Over temperature protection * Cycle by cycle current limiting * Open loop protection * High vol
5	SD686X	SILAN MICROELECTRONICS	CURRENT MODE PWM+PFM CONTROLLER * Energy Star 2.0 standard * Lower start-up current (3µA) * Various switching frequency following load for the higher efficiency * Frequency jitter for low EMI * Overvoltage, overcurrent, overload and over temperature protections. * Adjustable limit
6	SD6863	SILAN MICROELECTRONICS	CURRENT MODE PWM+PFM CONTROLLER * Energy Star 2.0 standard * Lower start-up current (3µA) * Various switching frequency following load for the higher efficiency * Frequency jitter for low EMI * Overvoltage, overcurrent, overload and over temperature protections. * Adjustable limit
7	SD6807D	SILAN MICROELECTRONICS	Primary control mode LED driver F pF ns ns ns ns (，VCC=18V，Tamb=25°C) FB FB CS CS Vcscc 0.097 0.100 0.103 V VCSPL 0.49 0.60 0.71 V TLEB Tonmax Toffmax Toffmin Tmin COMP 20K 4V 0.60 24 25 3.2 6.3 0.75 33 34 4.2 8.3 0.90 42 43 5.2 10.3 μs μs μs μs μs VFBOVP
8	SD6800	Silan Microelectronics	PRIMARY SIDE CONTROLLED LED CONTROLLER  PSR Flyback topology  Boundary Conduction Mode  Low start current  Leading edge blanking  Constant on-time control  VCC over voltage protection  VCC under voltage lockout  Over temperature protection  Cycle by cycle current limiting  Peak
9	SD6701SC	Silan Microelectronics	NON-ISOLATED BUCK LED LIGHTING DRIVE IC  Built-in 500V high voltage power MOSFET  Constant current with high accuracy for LED (<±3%)  Output open/short circuit protection  CS open/short circuit protection  VCC undervoltage protection  Over temperature protection  Cycle
10	SD6704DTR	Silan Microelectronics	Low powe high constant current step-down LED lighting driver chip
11	SD6703DTR	Silan Microelectronics	Low powe high constant current step-down LED lighting driver chip
12	SD6702DTR	Silan Microelectronics	Low powe high constant current step-down LED lighting driver chip
13	SD6701DTR	Silan Microelectronics	Low powe high constant current step-down LED lighting driver chip
14	SD6860	SILAN MICROELECTRONICS	CURRENT MODE PWM+PFM CONTROLLER * Energy Star 2.0 standard * Lower start-up current (3µA) * Various switching frequency following load for the higher efficiency * Frequency jitter for low EMI * Overvoltage, overcurrent, overload and over temperature protections. * Adjustable limit
15	SD6854	SILAN MICROELECTRONICS	PRIMARY SIDE CONTROL SMPS programmable cable drop compensation function, PFM technology and CV/CC control loop with high reliability and average efficiency. With SD6854, opto-couple and Y capacitor, secondary feedback control, loop compensation circuit can be eliminated for r
16	SD6854G	SILAN MICROELECTRONICS	PRIMARY SIDE CONTROL SMPS programmable cable drop compensation function, PFM technology and CV/CC control loop with high reliability and average efficiency. With SD6854, opto-couple and Y capacitor, secondary feedback control, loop compensation circuit can be eliminated for r
17	SD6800TR	Silan Microelectronics	PRIMARY SIDE CONTROLLED LED CONTROLLER  PSR Flyback topology  Boundary Conduction Mode  Low start current  Leading edge blanking  Constant on-time control  VCC over voltage protection  VCC under voltage lockout  Over temperature protection  Cycle by cycle current limiting  Peak
18	SD6703STR	Silan Microelectronics	NON-ISOLATED BUCK LED LIGHTING DRIVE IC  Built-in 500V high voltage power MOSFET  Constant current with high accuracy for LED (<±3%)  Output open circuit protection  CS open circuit protection  VCC undervoltage protection  Over temperature protection  Cycle-by-cycle current protecti
19	SD6702SCTR	Silan Microelectronics	NON-ISOLATED BUCK LED LIGHTING DRIVE IC  Built-in 500V high voltage power MOSFET  Constant current with high accuracy for LED (<±3%)  Output open/short circuit protection  CS open/short circuit protection  VCC undervoltage protection  Over temperature protection  Cycle
20	SD6701SCTR	Silan Microelectronics	NON-ISOLATED BUCK LED LIGHTING DRIVE IC  Built-in 500V high voltage power MOSFET  Constant current with high accuracy for LED (<±3%)  Output open/short circuit protection  CS open/short circuit protection  VCC undervoltage protection  Over temperature protection  Cycle