AME431BBJETA12 Search Results

CAT7105CA

Abstract: mp1410es G547E2 G547H2 G547F2 P5504EDG equivalent G547I1 SP8K10 SP8K10SFD5TB LD1117Al
Contextual Info: Diodes, Inc. - Cross Reference Industry Part Diodes, Inc. Equivalent Diodes, Inc. Nearest 1.5CE120C 1.5KE120CA N/A 1.5CE120CA 1.5KE120CA N/A 1.5CE12A 1.5KE12A N/A 1.5CE12C 1.5KE12CA N/A 1.5CE12CA 1.5KE12CA N/A 1.5CE13 1.5KE13A N/A 1.5CE130 1.5KE130A N/A 1.5CE130A

AME431BAJATB12Z

Abstract: AME12 431B zener diode marking 4x AME1117 AME431B PS521
Contextual Info: AME, Inc. Adjustable Precision Shunt Regulator AME431B-1.24V n General Description The AME431B series ICs are 3-terminal adjustable shunt regulator with guaranteed temperature stability over a full operation range. These ICs feature sharp turn-on characteristics, low temperature coefficient and low output impendance, which make them ideal substitutes for

Contextual Info: AME, Inc. Adjustable Precision Shunt Regulator AME431B-1.24V n General Description The AME431B series ICs are 3-terminal adjustable shunt regulator with guaranteed temperature stability over a full operation range. These ICs feature sharp turn-on characteristics, low temperature coefficient and low output impendance, which make them ideal substitutes for

2n7010

Abstract: AME1117 AME431B PS521 TSOT-25
Contextual Info: AME Adjustable Precision Shunt Regulator AME431B-1.24V n General Description The AME431B series ICs are 3-terminal adjustable shunt regulator with guaranteed temperature stability over a full operation range. These ICs feature sharp turn-on characteristics, low temperature coefficient and low output impendance, which make them ideal substitutes for

ame25 431b ajatb

Abstract: ame25431b AME12 431B ame25 431b 431B to92 sot-23 marking code book AME25 AME431BBJETB25Z 431B to92 datasheet SOT23 voltage regulator 10V
Contextual Info: AME, Inc. AME431B n General Description The AME431B series ICs are 3-terminal adjustable shunt regulator with guaranteed temperature stability over a full operation range. These ICs feature sharp turn-on characteristics, low temperature coefficient and low output impendance, which make them ideal substitutes for