| No. |
Part Name |
Description |
Manufacturer |
| 121 |
AS431IANTR-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 122 |
AS431IARTR-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 123 |
AS431IAZ-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 124 |
AS431IAZTR-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 125 |
AS431IBNTR-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 126 |
AS431IBRTR-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 127 |
AS431IBZ-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 128 |
AS431IBZTR-G1 |
Analog - Linear Products - Voltage References - Shunt Regulators - 2.5V Reference Voltage Parts |
Diodes |
| 129 |
C505C |
8-Bit Microcontrollers - General Description: The C505C enhances the C500 family of 8-bit Microcontrollers by a new member which provides full CAN version 2.0 B integrated on-chip. The C505C meets the current requirements for increasingly |
Infineon |
| 130 |
EB212 |
Using Data Sheet Impedances for RF LDMOS Devices |
Motorola |
| 131 |
IPS21C-D-G-LF |
Shunt Voltage References with Current Limiting |
Microsemi |
| 132 |
IPS21C-SO-G-LF |
Shunt Voltage References with Current Limiting |
Microsemi |
| 133 |
IPS21C-SO-G-LF-TR |
Shunt Voltage References with Current Limiting |
Microsemi |
| 134 |
IPS21I-D-G-LF |
Shunt Voltage References with Current Limiting |
Microsemi |
| 135 |
IPS21I-SO-G-LF |
Shunt Voltage References with Current Limiting |
Microsemi |
| 136 |
IPS21I-SO-G-LF-TR |
Shunt Voltage References with Current Limiting |
Microsemi |
| 137 |
ISL21060BFH620 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 138 |
ISL21060BFH625 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 139 |
ISL21060BFH630 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 140 |
ISL21060BFH641 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 141 |
ISL21060CFH620 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 142 |
ISL21060CFH625 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 143 |
ISL21060CFH630 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 144 |
ISL21060CFH633 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 145 |
ISL21060CFH641 |
Precision, Low Noise FGA� Voltage References with Disable |
Intersil |
| 146 |
KIA2026F |
BIPOLAR LINEAR INTEGRATED CIRCUIT (UNBALNCEC TO BALANCES SIGNAL CONVERTER) |
Korea Electronics (KEC) |
| 147 |
KP1830 |
C-values 100 pF - 0.033 µF, Voltage 63 - 630 VDC, High pulse load, Tolerances to 1%, Low losses, PCM 5 |
Vishay |
| 148 |
LM4050 |
50ppm/°C Precision Micropower Shunt Voltage References with Multiple Reverse Breakdown Voltages |
MAXIM - Dallas Semiconductor |
| 149 |
LM4050A |
50ppm/°C Precision Micropower Shunt Voltage References with Multiple Reverse Breakdown Voltages |
MAXIM - Dallas Semiconductor |
| 150 |
LM4050AEM3-2.1+ |
50ppm/°C Precision Micropower Shunt Voltage References with Multiple Reverse Breakdown Voltages |
MAXIM - Dallas Semiconductor |
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