| No. |
Part Name |
Description |
Manufacturer |
| 841 |
MPC185 |
Security Processor |
Freescale (Motorola) |
| 842 |
MPC185 |
Security Processor |
Motorola |
| 843 |
MPC185TD |
Security Processor |
Motorola |
| 844 |
MPC185TS |
Security Processor |
Motorola |
| 845 |
MPC190 |
Security Processor |
Freescale (Motorola) |
| 846 |
MR31Z052 |
ST31 Dual Interface Secure Microcontroller with 52 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 847 |
MR31Z052 |
ST31 Dual Interface Secure Microcontroller with 52 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 848 |
MR31ZD16 |
ST31 Dual Interface Secure Microcontroller with 16 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 849 |
MR31ZD16 |
ST31 Dual Interface Secure Microcontroller with 16 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 850 |
MR31ZD22 |
ST31 Dual Interface Secure Microcontroller with 22 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 851 |
MR31ZD22 |
ST31 Dual Interface Secure Microcontroller with 22 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 852 |
MR31ZD38 |
ST31 Dual Interface Secure Microcontroller with 38 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 853 |
MR31ZD38 |
ST31 Dual Interface Secure Microcontroller with 38 KBytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFARE� |
ST Microelectronics |
| 854 |
MR31ZD40 |
ST31 Dual Interface Secure Microcontroller with 40Bytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFAREA? |
ST Microelectronics |
| 855 |
MR31ZD40 |
ST31 Dual Interface Secure Microcontroller with 40Bytes of EEPROM, enhanced security, Nescrypt cryptoprocessor and MIFAREA? |
ST Microelectronics |
| 856 |
MTH88437AD-P |
0.3-6.0V; data access arrangement. For FAX/modem, electronic point of sale, security system |
Mitel Semiconductor |
| 857 |
MTH88437AD-PI |
0.3-6.0V; data access arrangement. For FAX/modem, electronic point of sale, security system |
Mitel Semiconductor |
| 858 |
MTH88437AS-P |
0.3-6.0V; data access arrangement. For FAX/modem, electronic point of sale, security system |
Mitel Semiconductor |
| 859 |
MTH88437AS-PI |
0.3-6.0V; data access arrangement. For FAX/modem, electronic point of sale, security system |
Mitel Semiconductor |
| 860 |
NCN6004A |
Dual SAM/SIM Interface/Power Supply Circuit for Secured Access Module Reader/Writer Applications |
ON Semiconductor |
| 861 |
NM95HS01 |
HISEC (High Security Code) Generator |
National Semiconductor |
| 862 |
NM95HS02 |
HISEC (High Security Code) Generator |
National Semiconductor |
| 863 |
NTE167 |
Single phase bridge rectifier, 2.0 Amp. Max recurrent peak reverse voltage 200 V. Max average forward output current 2 A. |
NTE Electronics |
| 864 |
NTE168 |
Single phase bridge rectifier, 2.0 Amp. Max recurrent peak reverse voltage 400 V. Max average forward output current 2 A. |
NTE Electronics |
| 865 |
NTE169 |
Single phase bridge rectifier, 2.0 Amp. Max recurrent peak reverse voltage 600 V. Max average forward output current 2 A. |
NTE Electronics |
| 866 |
NTE5305 |
Silicon bridge rectifier, 1.5 A. Maximum recurrent peak reverse voltage Vrrm = 600V. |
NTE Electronics |
| 867 |
NTE5306 |
Silicon bridge rectifier, 1.5 A. Maximum recurrent peak reverse voltage Vrrm = 800V. |
NTE Electronics |
| 868 |
NTE5310 |
Single phase bridge rectifier, 4A. Maximum recurrent peak reverse voltage Prv = 600V. |
NTE Electronics |
| 869 |
NTE5313 |
Single phase bridge rectifier, 8A. Maximum recurrent peak reverse voltage, Prv = 200V. |
NTE Electronics |
| 870 |
NTE5314 |
Single phase bridge rectifier, 8A. Maximum recurrent peak reverse voltage, Prv = 400V. |
NTE Electronics |
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