| No. |
Part Name |
Description |
Manufacturer |
| 1951 |
FAN54040 |
USB-OTG, 1.55A, Li-Ion Switching Chargers with Power Path and 2.3A Production Test Support |
Fairchild Semiconductor |
| 1952 |
FAN54041 |
USB-OTG, 1.55 A, Li-Ion Switching Charger with Power Path and 2.3 A Production Test Support |
Fairchild Semiconductor |
| 1953 |
FAN54041UCX |
USB-OTG, 1.55 A, Li-Ion Switching Charger with Power Path and 2.3 A Production Test Support |
Fairchild Semiconductor |
| 1954 |
FAN54045 |
USB-OTG, 1.55 A, Li-Ion Switching Charger with Power Path and 2.3 A Production Test Support |
Fairchild Semiconductor |
| 1955 |
FAN54046 |
USB-OTG, 1.55 A, Li-Ion Switching Charger with Power Path and 2.3 A Production Test Support |
Fairchild Semiconductor |
| 1956 |
FAN54047 |
USB-OTG, 1.55A, Li-Ion Switching Chargers with Power Path and 2.3A Production Test Support |
Fairchild Semiconductor |
| 1957 |
FAN7528 |
Dual-Output, Critical Conduction Mode PFC Controller |
Fairchild Semiconductor |
| 1958 |
FAN7529 |
Critical Conduction Mode PFC Controller |
Fairchild Semiconductor |
| 1959 |
FAN7530 |
Critical Conduction Mode PFC Controller |
Fairchild Semiconductor |
| 1960 |
FAN7930 |
Critical Conduction Mode PFC Controller |
Fairchild Semiconductor |
| 1961 |
FAN7930B |
Critical Conduction Mode PFC Controller |
Fairchild Semiconductor |
| 1962 |
FAN7930C |
Critical Conduction Mode PFC Controller |
Fairchild Semiconductor |
| 1963 |
FF124 |
CATV Feedforward Hybrid Amplifier 450MHz 24dB Gain, 22dB Composite Triple Beat Reduction |
TRW |
| 1964 |
FGR3000FX-90DA |
MITSUBISHI REVERSE-CONDUCTING GTO THYRISTORS HIGH POWER INVERTER USE PRESS PACK TYPE |
Mitsubishi Electric Corporation |
| 1965 |
FHV |
High Voltage, Non-Inductive Design, Matched Sets Available, Ratio Dividers Available, Special Testing Available |
Vishay |
| 1966 |
FILTER |
Filter Board Instructions |
Tripath |
| 1967 |
FZH301 |
Four NOR elements with 2 inputs each with protection against destruction |
Siemens |
| 1968 |
FZH305 |
Four NOR elements with 2 inputs each with protection against destruction |
Siemens |
| 1969 |
G |
Military, MIL-R-26 Qualified, Type RW, Precision Power, Silicone Coated, Complete Welded Construction, High Temperature Silicone Coated and Molded, Available in Non-Inductive Styles (Type GN) |
Vishay |
| 1970 |
G |
Military, MIL-R-26 Qualified, Type RW, Precision Power, Silicone Coated, Complete Welded Construction, High Temperature Silicone Coated and Molded, Available in Non-Inductive Styles (Type GN) |
Vishay |
| 1971 |
GBS |
Vitreous Resistors with Corrugated Ribbon, All welded construction, High power rating up to 1000 Watt, Corrugated ribbon construction aids rapid cooling |
Vishay |
| 1972 |
GBS |
Vitreous Resistors with Corrugated Ribbon, All welded construction, High power rating up to 1000 Watt, Corrugated ribbon construction aids rapid cooling |
Vishay |
| 1973 |
GC1115 |
Crest Factor Reduction Processor |
Texas Instruments |
| 1974 |
GC1115IZDJ |
Crest Factor Reduction Processor |
Texas Instruments |
| 1975 |
GC112 |
Germanium PNP low-frequency transistor for control and regulation purposes with inductive load and large reverse voltage |
RFT |
| 1976 |
GP1U260R |
Anti electromagnetic induction noise type compact IR detecting unit for remote control |
SHARP |
| 1977 |
GP1U261R |
Anti electromagnetic induction noise type compact IR detecting unit for remote control |
SHARP |
| 1978 |
GP1U262R |
Anti electromagnetic induction noise type compact IR detecting unit for remote control |
SHARP |
| 1979 |
GP1U263R |
Anti electromagnetic induction noise type compact IR detecting unit for remote control |
SHARP |
| 1980 |
GP1U267R |
Anti electromagnetic induction noise type compact IR detecting unit for remote control |
SHARP |
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