| No. |
Part Name |
Description |
Manufacturer |
| 121 |
EVAL-ADM1030EB |
Complete, ACPI Compliant ±1°C Remote Thermal Monitor with Integrated Fan Controller |
Analog Devices |
| 122 |
EVAL-ADM1031EB |
Complete, ACPI Compliant, Dual Channel ±1°C Remote Thermal Monitor with Integrated Fan Controller for two Independent Fans, ... |
Analog Devices |
| 123 |
EVAL-ADT7466EB |
dBCool Remote Thermal Controller and Voltage Monitor |
Analog Devices |
| 124 |
EVAL-ADT7467EB |
dBCOOL™ Remote Thermal Monitor and Fan Controller |
Analog Devices |
| 125 |
EVAL-ADT7468EB |
dBCOOL™ Remote Thermal Controller and Voltage Monitor |
Analog Devices |
| 126 |
LM88 |
Factory Programmable Dual Remote-Diode Thermostat |
National Semiconductor |
| 127 |
LM88CIMM-A |
Factory Programmable Dual Remote-Diode Thermostat |
National Semiconductor |
| 128 |
LM88CIMM-B |
Factory Programmable Dual Remote-Diode Thermostat |
National Semiconductor |
| 129 |
LM88CIMMX-A |
Factory Programmable Dual Remote-Diode Thermostat |
National Semiconductor |
| 130 |
LM88CIMMX-B |
Factory Programmable Dual Remote-Diode Thermostat |
National Semiconductor |
| 131 |
LTPH245 |
LINE THERMAL PRINTER MECHANISM TECHNICAL REFERENCE |
Seiko Instruments Inc |
| 132 |
MAX31850 |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 133 |
MAX31850EATB+ |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 134 |
MAX31850EATB+T |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 135 |
MAX31850JATB+ |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 136 |
MAX31850JATB+T |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 137 |
MAX31850KATB+ |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 138 |
MAX31850KATB+T |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 139 |
MAX31850NATB+ |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 140 |
MAX31850NATB+T |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 141 |
MAX31850TATB+ |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 142 |
MAX31850TATB+T |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 143 |
MAX31851 |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 144 |
MAX31851RATB+ |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 145 |
MAX31851RATB+T |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 146 |
MAX31851SATB+ |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 147 |
MAX31851SATB+T |
Cold-Junction Compensated, 1-Wire Thermocouple-to-Digital Converters |
MAXIM - Dallas Semiconductor |
| 148 |
MCP1525 |
MCP1525 is a low power, high precision voltage reference. It provides a precise output voltage of 2.5V which is then compared to other voltages in the system.This voltage reference is normally used in the 3V to 5V systems, where there may |
Microchip |
| 149 |
MCP1541 |
MCP1541 is a low power, high precision voltage reference. It provides a precise output voltage of 4.096V which is then compared to other voltages in the system.This voltage reference is normally used in the 3V to 5V systems, where there ma |
Microchip |
| 150 |
MIC184 |
Local/Remote Thermal Supervisor |
Micrel Semiconductor |
| | | |
