| No. |
Part Name |
Description |
Manufacturer |
| 2041 |
BSS84V-7 |
DUAL P-CHANNEL ENHANCEMENT MODE FIELD EFFECT TRANSISTOR |
Diodes |
| 2042 |
BSS84W-7-F |
P-CHANNEL ENHANCEMENT MODE FIELD EFFECT TRANSISTOR |
Diodes |
| 2043 |
BST72A |
N-channel enhancement mode field-effect transistor |
Philips |
| 2044 |
BST72A-03 |
N-channel enhancement mode field-effect transistor |
Philips |
| 2045 |
BST82 |
N-channel enhancement mode field-effect transistor |
Philips |
| 2046 |
BSV78 |
Field effect transistor |
mble |
| 2047 |
BSV78 |
Silicon n channel field effect transistor, Junction FET |
Mullard |
| 2048 |
BSV79 |
Field effect transistor |
mble |
| 2049 |
BSV79 |
Silicon n channel field effect transistor, Junction FET |
Mullard |
| 2050 |
BSV80 |
Field effect transistor |
mble |
| 2051 |
BSV80 |
Silicon n channel field effect transistor, Junction FET |
Mullard |
| 2052 |
BSV81 |
Low-Power N-Channel Field-Effect MOS Transistor |
CCSIT-CE |
| 2053 |
BSV81 |
Silicon n channel field effect transistor, insulated GATE FET (MOST) |
Mullard |
| 2054 |
BX DIELECTRIC |
Monolithic Ceramic Chip Capacitors, Designed for Excellent Temperature Voltage Coefficient, Excellent Aging Characteristics |
Vishay |
| 2055 |
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 |
| 2056 |
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 |
| 2057 |
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 |
| 2058 |
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 |
| 2059 |
CEA3055 |
N-Channel Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
| 2060 |
CEA3055L |
N-Channel Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
| 2061 |
CEB02N6 |
N-CHANNEL LOGIC LEVEL ENHANCEMENT MODE FIELD EFFECT TRANSISTOR |
Chino-Excel Technology |
| 2062 |
CEB04N6 |
N-Channel Logic Level Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
| 2063 |
CEB06N5 |
N-Channel Logic Level Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
| 2064 |
CEB1012 |
N-Channel Enhancement Mode Field Transistor |
Chino-Excel Technology |
| 2065 |
CEB1012L |
N-Channel Enhancement Mode Field Transistor |
Chino-Excel Technology |
| 2066 |
CEB21A3 |
N-Channel Logic Level Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
| 2067 |
CEB4050A |
N-Channel Enhancement Mode Field Transistor |
Chino-Excel Technology |
| 2068 |
CEB4050AL |
N-Channel Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
| 2069 |
CEB4060 |
N-Channel Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
| 2070 |
CEB4060A |
N-Channel Enhancement Mode Field Effect Transistor |
Chino-Excel Technology |
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