| No. |
Part Name |
Description |
Manufacturer |
| 1831 |
R6A SMD |
Marking for NE68330 part number, 30 NEC package |
NEC |
| 1832 |
R6B SMD |
Marking for NE68330 part number, 30 NEC package |
NEC |
| 1833 |
R6C SMD |
Marking for NE68330 part number, 30 NEC package |
NEC |
| 1834 |
RE030 |
RE030 is a dual mode Low Drop Out (LDO) voltage regulator macrocell with programmable output voltage ranging from 1.75V to 2.1V, rated for loads up to 180 mA in full power mode and 5 mA in low power mode. It is designed to be integrated wi |
Atmel |
| 1835 |
RS5C338A |
3-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1836 |
RS5C348A |
4-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1837 |
RS5C348B |
4-wire serial interface real-time clock ICs with voltage monitoring function. 32-kHz clock output keeping output enable. |
Ricoh |
| 1838 |
RV5C338A |
3-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1839 |
RV5C338A-E2 |
3-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1840 |
RV5C339 |
3-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1841 |
RV5C339A |
3-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1842 |
RV5C339A-E2 |
3-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1843 |
RV5C348A |
4-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1844 |
RV5C348B |
4-WIRE SERIAL INTERFACE REAL-TIME CLOCK ICs WITH VOLTAGE MONITORING FUNCTION |
Ricoh |
| 1845 |
RV5C386A |
I2C-bus Real-Time Clock ICs with Voltage Monitoring Function |
Ricoh |
| 1846 |
RV5C386A-E2 |
I2C-bus Real-Time Clock ICs with Voltage Monitoring Function |
Ricoh |
| 1847 |
RV5C387A |
I2C-bus Real-Time Clock ICs with Voltage Monitoring Function |
Ricoh |
| 1848 |
RV5C387A-E2 |
I2C-bus Real-Time Clock ICs with Voltage Monitoring Function |
Ricoh |
| 1849 |
RW |
Vitreous Wirewound Resistors, All welded construction, Ceramic core, Models acc.MIL-R-26 available, Complete vitreous coating for perfect humidity protection, Adjustable and non inductive design available, TC 100...180ppm/K |
Vishay |
| 1850 |
SAA2013 |
Adaptive allocation and scaling for PASC coding in DCC systems |
Philips |
| 1851 |
SAA2013H |
Adaptive allocation and scaling for PASC coding in DCC systems |
Philips |
| 1852 |
SAF-C164CI-8E25M,D-STEP |
16-Bit Microcontrollers - 64 K OTP, 4 K RAM, CAN, Drive Control Unit, enh. Power Saving features, 25 MHz |
Infineon |
| 1853 |
SAF-C164CI-8EM,D-STEP |
16-Bit Microcontrollers - 64 K OTP, 4 K RAM, CAN, Drive Control Unit, enh. Power Saving features, 20 MHz |
Infineon |
| 1854 |
SAF-C164CI-8RM |
16-Bit Microcontrollers - 64 K ROM, 4 K RAM, CAN, Drive Control Unit, enh. Power Saving features, 20 MHz |
Infineon |
| 1855 |
SAK-C164CI-8E25M,D-STEP |
16-Bit Microcontrollers - 64 K OTP, 4 K RAM, CAN, Drive Control Unit, enh. Power Saving features, 25 MHz |
Infineon |
| 1856 |
SAK-C164CI-8EM,D-STEP |
16-Bit Microcontrollers - 64 K OTP, 4 K RAM, CAN, Drive Control Unit, enh. Power Saving features, 20 MHz |
Infineon |
| 1857 |
SAK-C164CI-8RM |
16-Bit Microcontrollers - 64 K ROM, 4 K RAM, CAN, Drive Control Unit, enh. Power Saving features, 20 MHz |
Infineon |
| 1858 |
SAK-C164CI-LM |
16-Bit Microcontrollers - ROMless, 4 K RAM, CAN, Drive Control Unit, enh. Power Saving features, 20 MHz |
Infineon |
| 1859 |
SAK-C164CL-8RM |
16-Bit Microcontrollers - 64 K ROM, 4 K RAM, CAN, enh. Power Saving features, 20 MHz |
Infineon |
| 1860 |
SAK-C164SI-8RM |
16-Bit Microcontrollers - 64 K ROM, 4 K RAM, Drive Control Unit, enh. Power Saving features, 20 MHz |
Infineon |
| | | |
