No. |
Part Name |
Description |
Manufacturer |
91 |
MC33364D1 |
CRITICAL CONDUCTION GREENLINEE SMPS CONTROLLER |
Motorola |
92 |
MC33364D2 |
CRITICAL CONDUCTION GREENLINEE SMPS CONTROLLER |
Motorola |
93 |
MC33368D |
HIGH VOLTAGE GREENLINEE POWER FACTOR CONTROLLER |
Motorola |
94 |
MC33368P |
HIGH VOLTAGE GREENLINEE POWER FACTOR CONTROLLER |
Motorola |
95 |
MCP6S21 |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
96 |
MCP6S21-I/MS |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
97 |
MCP6S21-I/P |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
98 |
MCP6S21-I/SN |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
99 |
MCP6S21T-I/MS |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
100 |
MCP6S21T-I/SN |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
101 |
MCP6S22 |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
102 |
MCP6S22-I/MS |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
103 |
MCP6S22-I/P |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
104 |
MCP6S22-I/SN |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
105 |
MCP6S22T-I/MS |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
106 |
MCP6S22T-I/SN |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
107 |
MCP6S26 |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
108 |
MCP6S26-I/P |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
109 |
MCP6S26-I/SL |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
110 |
MCP6S26-I/ST |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
111 |
MCP6S26T-I/SL |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
112 |
MCP6S26T-I/ST |
Designs with multiple signals Designs that need to be calibrated over time and temperature AutomotiveInstrumentationIndustrial applications |
Microchip |
113 |
MCRF450 |
The MCRF45x family is a contactless read/write passive Radio Frequency Identification (RFID) IC device that is optimized for 13.56 MHz RF carrier signal. The device needs an external LC resonant circuit to communicate with interrogator wir |
Microchip |
114 |
MCRF452 |
The MCRF45x family is a contactless read/write passive Radio Frequency Identification (RFID) IC device that is optimized for 13.56 MHz RF carrier signal. The device needs an external LC resonant circuit to communicate with interrogator wir |
Microchip |
115 |
MCRF455 |
The MCRF45x family is a contactless read/write passive Radio Frequency Identification (RFID) IC device that is optimized for 13.56 MHz RF carrier signal. The device needs an external LC resonant circuit to communicate with interrogator wir |
Microchip |
116 |
PE-2227X |
2 Watt Pulse Electrostatically Shielded, 500 mW Pulse, RF Pulse and Control Transformers |
Pulse Engineering |
117 |
PE-2228X |
2 Watt Pulse Electrostatically Shielded, 500 mW Pulse, RF Pulse and Control Transformers |
Pulse Engineering |
118 |
PE-2229X |
2 Watt Pulse Electrostatically Shielded, 500 mW Pulse, RF Pulse and Control Transformers |
Pulse Engineering |
119 |
PE-2231X |
2 Watt Pulse Electrostatically Shielded, 500 mW Pulse, RF Pulse and Control Transformers |
Pulse Engineering |
120 |
PE-2243X |
2 Watt Pulse Electrostatically Shielded, 500 mW Pulse, RF Pulse and Control Transformers |
Pulse Engineering |
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