Semiconductors list from 301110100 to 3012S12



301110100
301110101
301110102
301110103
301110N00
301110N01
301110N02
301110N03
Thumbwheel Switches
301122U020GE2
301122U025LV2
301122U040HE2
301122U050GJ2
301122U050JE2
301122U063GL2
301122U063HJ2
301122U6R3ER2
High Capacitance and Ultra-low ESR
301123U010GT2
301123U010HP2
301123U010JL2
301123U016HS2
301123U020HT2
301123U020JP2
301123U025JS2
301123U6R3GS2
301123U6R3HL2
301123U6R3JJ2
301123U7R5GS2
301123U7R5GT2
Long-life, Switching Power Grade Radial
301151U050FK2
301152U016GE2
301152U020LV2
301152U040JE2
301152U050GL2
301152U063GP2
301152U6R3FN2
High Capacitance and Ultra-low ESR
301153U010HS2
301153U016HT2
301153U016JP2
301153U020JS2
301153U025JT2
301153U6R3GT2
301153U6R3HP2
301153U7R5HP2
301153U7R5JL2
Long-life, Switching Power Grade Radial
30117716
30117717
30117718
30117719
Chromaflair¢ç Colorshift Glitter
301181U050ER2
301182U010GE2
301182U025HE2
301182U050HJ2
301182U063HL2
301182U063JJ2
High Capacitance and Ultra-low ESR
301183U010HT2
301183U010JP2
301183U016JS2
301183U020JT2
301183U6R3JL2
301183U7R5HS2
Long-life, Switching Power Grade Radial
3011A
3011C
Femtoclocks-tm Crystal-to- 3.3V Lvpecl Clock Generator
301221U040FK2
301221U050FN2
High Capacitance and Ultra-low ESR
301222U020HE2
301222U025GJ2
301222U040HJ2
301222U050GP2
301222U063GS2
301222U063GT2
301222U7R5GE2
301223U010JS2
301223U016JT2
301223U6R3HS2
301223U6R3JP2
301223U7R5HT2
301223U7R5JP2
Long-life, Switching Power Grade Radial
301272U016HE2
301272U020GJ2
301272U020JE2
301272U025JE2
301272U050GS2
301272U050HL2
301272U050JJ2
301272U063HP2
301272U063JL2
301272U6R3GE2
High Capacitance and Ultra-low ESR
301273U010JT2
301273U6R3HT2
301273U6R3JS2
301273U7R5JS2
Long-life, Switching Power Grade Radial
30129-13
3012D12
Input Voltage = ..9-18 ;; Output Voltage = 12 ;; Output Current = 1000mA ;; Over Voltage (VDC) = 15.0
3012D12WFR
3012D24
Input Voltage = 18-36 ;; Output Voltage = 12 ;; Output Current = 1250mA ;; Over Voltage (VDC) = 15.0
3012D24UR
Input Voltage = 10-40 ;; Output Voltage = 12 ;; Output Current = 1000mA ;; Ovp (VDC) = 16.0 ;; Fuse (A) = 4.0
3012D48
Input Voltage = 36-72 ;; Output Voltage = 12 ;; Output Current = 1250mA ;; Over Voltage (VDC) = 15.0
3012D48UR
Input Voltage = 18-72 ;; Output Voltage = 12 ;; Output Current = 1250mA ;; Ovp (VDC) = 16.0 ;; Fuse (A) = 3.0
3012D48WFR
3012S12
Input Voltage = .9-18 ;; Output Voltage = 12 ;; Output Current = 2000mA ;; Over Voltage (VDC) = 15.0
 
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