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STR-S6709

Allegro
Part Number STR-S6709
Manufacturer Allegro
Description OFF-LINE SWITCHING REGULATORS
Published Jun 30, 2005
Detailed Description STR-S6707 THRU STR-S6709 OFF-LINE SWITCHING REGULATORS – WITH BIPOLAR SWITCHING TRANSISTOR COLLECTOR 1 COMMON 2 FAULT...
Datasheet PDF File STR-S6709 PDF File

STR-S6709
STR-S6709

Overview
STR-S6707 THRU STR-S6709 OFF-LINE SWITCHING REGULATORS – WITH BIPOLAR SWITCHING TRANSISTOR COLLECTOR 1 COMMON 2 FAULT The STR-S6707, STR-S6708, and STR-S6709 are specifically designed to meet the requirement for increased integration and reliability in off-line quasi-resonant flyback converters.
These devices incorporate the primary control and proportional drive circuit with a thirdgeneration high-voltage bipolar switching transistor.
Crucial system parameters such as maximum ON time and OFF time are fixed during manufacture.
Local control circuit decoupling and layout are optimized within each device.
Cycle-by-cycle current limiting, under-voltage lock-out with hysteresis, over-voltage protection, and thermal shutdown protect these devices during all normal and overload conditions.
Over-voltage protection and thermal shutdown are latched after a short delay.
A versatile triple-level inhibit circuit includes the OFF time synchronization required to establish quasi-resonant operation.
The inhibit function has also been expanded to initiate operation in stand-by mode in which the power supply delivers a small fraction of the steady-state output power.
The dual requirements of dielectric isolation and low transient thermal impedance and steady-state thermal resistance are satisfied in an overmolded single-in-line power package.
Proven in substantial volumes, these devices and their fixedfrequency counterparts represent a significant advance in off-line SMPS reliability growth and integration.
Data Sheet 28113† BASE 3 S DRIVE FAULT LATCH SINK 4 OSC.
R DRIVE OVER-CURRENT PROTECTION FDBK 5 6 + REF.
7 INHIBIT 8 V IN 9 ABSOLUTE MAXIMUM RATINGS Supply Voltage, VIN .
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15 V Output Voltage, VCEX .
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850 V VEBO .
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7 V Continuous Output Current, IC .
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See Table 1 ms Single-Pulse Output Current, ICM .
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