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UCC3776QTR Texas Instruments 2A BUF OR INV BASED MOSFET DRIVER, PQCC28
UCC3776DP Texas Instruments Quad FET Driver 16-SOIC 0 to 70
UCC3776Q Texas Instruments 2A BUF OR INV BASED MOSFET DRIVER, PQCC28
UCC3776DPTR Texas Instruments Quad FET Driver 16-SOIC 0 to 70
UCC3776N Texas Instruments Quad FET Driver 16-PDIP 0 to 70
UCC3776J Texas Instruments 2A BUF OR INV BASED MOSFET DRIVER, CDIP16
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UCC3776 datasheet (13)

Part Manufacturer Description Type PDF
UCC3776 Texas Instruments Quad FET Driver Original PDF
UCC3776 Unitrode Quad FET Driver Original PDF
UCC3776DP Texas Instruments Quad FET Driver 16-SOIC 0 to 70 Original PDF
UCC3776DP Texas Instruments Quad FET Driver Original PDF
UCC3776DPTR Texas Instruments QUAD FET DRIVER Original PDF
UCC3776DPTR Texas Instruments Quad FET Driver 16-SOIC 0 to 70 Original PDF
UCC3776J Texas Instruments Quad FET Driver Original PDF
UCC3776J Texas Instruments UCC3776 - IC 2 A 4 CHANNEL, BUF OR INV BASED MOSFET DRIVER, CDIP16, CERAMIC, DIP-16, MOSFET Driver Original PDF
UCC3776N Texas Instruments QUAD FET DRIVER Original PDF
UCC3776N Texas Instruments Quad FET Driver 16-PDIP 0 to 70 Original PDF
UCC3776Q Texas Instruments Quad FET Driver Original PDF
UCC3776Q Texas Instruments UCC3776 - IC 2 A 4 CHANNEL, BUF OR INV BASED MOSFET DRIVER, PQCC28, PLASTIC, LCC-28, MOSFET Driver Original PDF
UCC3776QTR Texas Instruments UCC3776 - IC 2 A 4 CHANNEL, BUF OR INV BASED MOSFET DRIVER, PQCC28, MOSFET Driver Original PDF

UCC3776 Datasheets Context Search

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Applications Note U-137

Abstract: No abstract text available
Text: drivers on the UCC3776. Four drivers operating under the same condi tions results in a total power loss of , Active Low for Undervoltage Lockout Condition UCC1776 UCC2776 UCC3776 PRELIMINARY DESCRIPTION The UCC3776 is a four output BCDMOS buffer/driver designed to drive highly capacitive loads such as power , - 1 3/97 UCCI776 UCC2776 UCC3776 ABSOLUTE MAXIMUM RATINGS Input Supply Voltage, VDD1, V D D 2 , UCC2776; 0°C to +70°C for UCC3776 ; V pol = 5V, V enbl = 5V, 4.5V < V D D < 18V, T j = T a . PARAMETER


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PDF UCC1776 UCC2776 UCC3776 UCC3776 C3776 UC3879 Applications Note U-137
1999 - DIL-16

Abstract: PLCC-28 U-137 UC3879 UCC1776 UCC2776 UCC3776
Text: UCC3776. Four drivers operating under the same conditions results in a total power loss of 840mW. At , UCC1776 UCC2776 UCC3776 PRELIMINARY Quad FET Driver FEATURES DESCRIPTION · High , Undervoltage Lockout Condition The UCC3776 is a four output BCDMOS buffer/driver designed to drive highly , refer to 16-pin packages. UDG-95129-2 3/97 1 UCC1776 UCC2776 UCC3776 ABSOLUTE MAXIMUM , -55°C to +125°C for UCC1776; -40°C to +85°C for UCC2776; 0°C to +70°C for UCC3776 ; VPOL = 5V, VENBL =


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PDF UCC1776 UCC2776 UCC3776 UCC3776 DIL-16 PLCC-28 U-137 UC3879 UCC1776 UCC2776
2005 - DIL-16

Abstract: PLCC-28 U-137 UC3879 UCC1776 UCC2776 UCC3776 MOSFET cross circuit integra
Text: UCC3776. Four drivers operating under the same conditions results in a total power loss of 840mW. At , UCC1776 UCC2776 UCC3776 PRELIMINARY Quad FET Driver FEATURES DESCRIPTION · High , Undervoltage Lockout Condition The UCC3776 is a four output BCDMOS buffer/driver designed to drive highly , refer to 16-pin packages. UDG-95129-2 3/97 1 UCC1776 UCC2776 UCC3776 ABSOLUTE MAXIMUM , -55°C to +125°C for UCC1776; -40°C to +85°C for UCC2776; 0°C to +70°C for UCC3776 ; VPOL = 5V, VENBL =


Original
PDF UCC1776 UCC2776 UCC3776 UCC3776 DIL-16 PLCC-28 U-137 UC3879 UCC1776 UCC2776 MOSFET cross circuit integra
1997 - "FET Driver"

Abstract: mosfet cross reference uc3879 DIL-16 PLCC-28 U-137 UCC1776 UCC2776 UCC3776
Text: UCC3776. Four drivers operating under the same conditions results in a total power loss of 840mW. At , UCC1776 UCC2776 UCC3776 PRELIMINARY Quad FET Driver FEATURES DESCRIPTION · High , Undervoltage Lockout Condition The UCC3776 is a four output BCDMOS buffer/driver designed to drive highly , refer to 16-pin packages. UDG-95129-2 3/97 1 UCC1776 UCC2776 UCC3776 ABSOLUTE MAXIMUM , -55°C to +125°C for UCC1776; -40°C to +85°C for UCC2776; 0°C to +70°C for UCC3776 ; VPOL = 5V, VENBL =


Original
PDF UCC1776 UCC2776 UCC3776 UCC3776 UC3879 UDG-96007 UDG-96008-1 "FET Driver" mosfet cross reference DIL-16 PLCC-28 U-137 UCC1776 UCC2776
2008 - UC3879

Abstract: UCC1776 UCC2776 UCC3776 DIL-16 PLCC-28 U-137 power fet drivers
Text: UCC3776. Four drivers operating under the same conditions results in a total power loss of 840mW. At , UCC1776 UCC2776 UCC3776 PRELIMINARY Quad FET Driver FEATURES DESCRIPTION · High , Undervoltage Lockout Condition The UCC3776 is a four output BCDMOS buffer/driver designed to drive highly , refer to 16-pin packages. UDG-95129-2 3/97 1 UCC1776 UCC2776 UCC3776 ABSOLUTE MAXIMUM , -55°C to +125°C for UCC1776; -40°C to +85°C for UCC2776; 0°C to +70°C for UCC3776 ; VPOL = 5V, VENBL =


Original
PDF UCC1776 UCC2776 UCC3776 UCC3776 UC3879 UCC1776 UCC2776 DIL-16 PLCC-28 U-137 power fet drivers
Not Available

Abstract: No abstract text available
Text: the four drivers on the UCC3776. Four drivers operating under the same condi­ tions results in a , y UCC1776 UCC2776 UCC3776 UNITRODE PRELIMINARY Quad FET Driver DESCRIPTION â , Low for Undervoltage Lockout Condition The UCC3776 is a four output BCDMOS buffer/driver designed , DRIVERS FEATURES UCCI 776 UCC2776 UCC3776 ABSOLUTE MAXIMUM RATINGS Input Supply Voltage, VDD1, V , ; 0°C to +70°C for UCC3776 ; V p o l = 5V, V e n b l = 5V, 4.5V < VDD < 18V, T j = T a . C TEST


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PDF UCC1776 UCC2776 UCC3776 UCC3776 C3776 UC3879
full bridge gate driver

Abstract: No abstract text available
Text: drivers on the UCC3776. Four drivers operating under the same conditions will result in a total power loss , INTEGRATED CIRCUITS ^ U IS IIT R O D B UCC1776 UCC2776 UCC3776 PRELIMINARY DESCRIPTION The UCC3776 is a four output BCDMOS buffer/driver designed to drive highly capacitive loads such as , - 1 I _ 2/96 ^34051^ DDlSb77 173 UCCI 776 UCC2776 UCC3776 ABSOLUTE MAXIMUM RATINGS Input , UCC1776;-4 0 °C to +85°C for UCC2776; CPC to +70°C for UCC3776 ; N^ol = 5V, V e n b l = 5V, 4.5V < VDD


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PDF UCC1776 UCC2776 UCC3776 UCC3776 UC3879 full bridge gate driver
Not Available

Abstract: No abstract text available
Text: drivers on the UCC3776. Four drivers operating under the same condi tions results in a total power loss of , UNITRODE UCC1776 UCC2776 UCC3776 PRELIMINARY DESCRIPTION The UCC3776 is a four output BCDMOS , Condition BLOCK DIAGRAM 3/97 6-79 UCCI 776 UCC2776 UCC3776 ABSOLUTE MAXIMUM RATINGS Input , °C to +70°C for UCC3776 ; V P0L = 5V, Venbl - 5V, 4.5V < VDD < 18V. T j = T A .I. ; TEST , : ; : 30 +1 -1 uA uA 6-80 UCCI 776 UCC2776 UCC3776 ELECTRICAL CHARACTERISTICS: Unless otherwise


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PDF UCC1776 UCC2776 UCC3776 UCC3776 UC3879
2008 - Not Available

Abstract: No abstract text available
Text: applies to one of the four drivers on the UCC3776. Four drivers operating under the same conditions , UCC1776 UCC2776 UCC3776 PRELIMINARY Quad FET Driver FEATURES DESCRIPTION • High , Low for Undervoltage Lockout Condition The UCC3776 is a four output BCDMOS buffer/driver designed , connections shown refer to 16-pin packages. UDG-95129-2 3/97 1 UCC1776 UCC2776 UCC3776 ABSOLUTE , for UCC3776 ; VPOL = 5V, VENBL = 5V, 4.5V < VDD < 18V, TJ = TA. PARAMETER Input Section VIH, Logic 1


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PDF UCC1776 UCC2776 UCC3776 UCC3776
2005 - Not Available

Abstract: No abstract text available
Text: applies to one of the four drivers on the UCC3776. Four drivers operating under the same conditions , UCC1776 UCC2776 UCC3776 PRELIMINARY Quad FET Driver FEATURES DESCRIPTION • High , Low for Undervoltage Lockout Condition The UCC3776 is a four output BCDMOS buffer/driver designed , connections shown refer to 16-pin packages. UDG-95129-2 3/97 1 UCC1776 UCC2776 UCC3776 ABSOLUTE , for UCC3776 ; VPOL = 5V, VENBL = 5V, 4.5V < VDD < 18V, TJ = TA. PARAMETER Input Section VIH, Logic 1


Original
PDF UCC1776 UCC2776 UCC3776 UCC3776
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