No. |
Part Name |
Description |
Manufacturer |
31 |
BFR360L3 |
RF-Bipolar - NPN Silicon RF transistor in TSLP-3 package ideal for Oscillators and VCO Modules up to 4GHz |
Infineon |
32 |
BFR360T |
RF-Bipolar - NPN Silicon RF transistor in TSFP-3 ideal for Oscillators up to 4GHz |
Infineon |
33 |
BFR380F |
RF-Bipolar - NPN Silicon RF transistor in TSFP-3 package ideal for Low Phase Noise Oscillators up to 4GHz |
Infineon |
34 |
BFR380L3 |
RF-Bipolar - NPN Silicon RF transistor in TSLP-3 package ideal for high IIP3 LNA and Low Phase Noise Oscillators |
Infineon |
35 |
BFR380T |
RF-Bipolar - NPN Silicon RF transistor in SC75 package ideal for Low Phase Noise Oscillators up to 4GHz |
Infineon |
36 |
BFR460L3E6327 |
RF-Bipolar - NPN Silicon RF transistor in TSLP-3 package ideal for Low Noise Amplifiers and VCO Modules |
Infineon |
37 |
BFS360L6 |
RF-Bipolar - NPN Silicon TWIN type RF-Transistor in TSLP-6 package ideal for VCO Modules up to 4GHz |
Infineon |
38 |
BFS386L6 |
RF-Bipolar - NPN Silicon TWIN mixed type RF-Transistor in TSLP-6 package ideal for VCO Modules up to 4GHz |
Infineon |
39 |
BFS460L6E6327 |
RF-Bipolar - Dual NPN Silicon RF transistor in TSLP-3 package ideal for Low Noise Amplifiers and VCO Modules |
Infineon |
40 |
BFS466L6E6327 |
RF-Bipolar - Dual NPN Silicon RF transistor in TSLP-3 package ideal for Low Noise Amplifiers and VCO Modules |
Infineon |
41 |
BFS469L6E6327 |
RF-Bipolar - Dual NPN Silicon RF transistor in TSLP-3 package ideal for Low Noise Amplifiers and VCO Modules |
Infineon |
42 |
C0G (NPO) DIELECTRIC |
Monolithic Ceramic Chip Capacitors, Stable C0G Dielectric, Low Loss, Low DF, High Voltage Ratings, Ideal for Snubber and Surge Suppression Applications |
Vishay |
43 |
C0G (NPO) DIELECTRIC, HIGH VOLTAGE |
Monolithic Ceramic Chip Capacitors, High Voltage, Ultra-Stable C0G Dielectric, Low Dissipation Factor, Ideal for Critical Timing and Tuning Applications |
Vishay |
44 |
DPM40 |
A compact Low-Cost LED Module ideally suited for applications where a Bright Display Under All Conditions is Required |
etc |
45 |
FOR-1 |
Forth is the ideal language for the SYM-1 and SYM-2 for all control-system and instrumentation applications |
Synertek |
46 |
HIGH Q DIELECTRIC MLCC |
Multilayer Ceramic Chip Capacitors, High Q at High Frequencies, Low ESR, Ultra-Stable C0G Dielectric, Low Dissipation Factor, Ideal for Critical Timing and Tuning Applications |
Vishay |
47 |
IRDC3065 |
Reference design kit Ideal for applications requiring low power on-board switching regulators |
International Rectifier |
48 |
L8957 |
Low cost LED ideal for optical encoders |
Hamamatsu Corporation |
49 |
LT4320 |
Ideal Diode Bridge Controller |
Linear Technology |
50 |
LT4320-1 |
Ideal Diode Bridge Controller |
Linear Technology |
51 |
LT4320HDD#PBF |
Ideal Diode Bridge Controller |
Linear Technology |
52 |
LT4320HDD#TRPBF |
Ideal Diode Bridge Controller |
Linear Technology |
53 |
LT4320HDD-1#PBF |
Ideal Diode Bridge Controller |
Linear Technology |
54 |
LT4320HDD-1#TRPBF |
Ideal Diode Bridge Controller |
Linear Technology |
55 |
LT4320HMSE#PBF |
Ideal Diode Bridge Controller |
Linear Technology |
56 |
LT4320HMSE#TRPBF |
Ideal Diode Bridge Controller |
Linear Technology |
57 |
LT4320HMSE-1#PBF |
Ideal Diode Bridge Controller |
Linear Technology |
58 |
LT4320HMSE-1#TRPBF |
Ideal Diode Bridge Controller |
Linear Technology |
59 |
LT4320HN8#PBF |
Ideal Diode Bridge Controller |
Linear Technology |
60 |
LT4320HN8-1#PBF |
Ideal Diode Bridge Controller |
Linear Technology |
| | | |