SG7800
SG7800 is POSITIVE FIXED VOLTAGE REGULATOR manufactured by Linfinity.
- Part of the SG7815AIG comparator family.
- Part of the SG7815AIG comparator family.
DESCRIPTION
The SG7800A/SG7800 series of positive regulators offer self contained, fixed-voltage capability with up to 1.5A of load current and input voltage up to 50V (SG7800A series only). These units feature a unique on-chip trimming system to set the output voltages to within ±1.5% of nominal on the SG7800A series,±2.0% on the SG7800 series. The SG7800A versions also offer much improved line and load regulation characteristics. Utilizing an improved Bandgap reference design, problems have been eliminated that are normally associated with the Zener diode references, such as drift in output voltage and large changes in the line and load regulation. All protective features of thermal shutdown, current limiting, and safe-area control have been designed into these units and since these regulators require only a small output capacitor for satisfactory performance, ease of application is assured. Although designed as fixed-voltage regulators, the output voltage can be increased through the use of a simple voltage divider. The low quiescent drain current of the device insures good regulation when this method is used. Product is available in hermetically sealed TO-257, TO-3, TO39 and LCC packages.
FEATURES
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- - Output voltage set internally to ±1.5% on SG7800A Input voltage range to 50V max. on SG7800A Two volt input-output differential Excellent line and load regulation Foldback current limiting Thermal overload protection Voltages available: 5V, 12V, 15V Available in surface mount package
HIGH RELIABILITY FEATURES
- SG7800A/7800
- Available to MIL-STD
- 883
- MIL-M38510/10702BXA
- JAN7805T
- MIL-M38510/10703BXA
- JAN7812T
- MIL-M38510/10704BXA
- JAN7815T
- MIL-M38510/10706BYA
- JAN7805K
- MIL-M38510/10707BYA
- JAN7812K
- MIL-M38510/10708BYA
- JAN7815K
- Radiation data available
- LMI level "S" processing available
SCHEMATIC DIAGRAM
- - For normal operation the (VOS) sense pin must be externally connected to the load.
05/01 Rev 1.4
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