| No. |
Part Name |
Description |
Manufacturer |
| 3721 |
SG240128B |
GRAPHIC LCD MODULE display format: 240x128; module size: 144x104x10.3; viewing size: 114.0x64.0; dot size: 0.40x0.40; controller: T6963C; |
SUNLIKE |
| 3722 |
SG240128D |
GRAPHIC LCD MODULE display format: 240x128; module size: 144x104x10.3; viewing size: 114.0x64.0; dot size: 0.40x0.40; controller: none; |
SUNLIKE |
| 3723 |
SG24064A |
GRAPHIC LCD MODULE display format: 240x64; module size: 180x65x9.7; viewing size: 134.0x40.4; dot size: 0.49x0.49; controller: T6963C; |
SUNLIKE |
| 3724 |
SG25664A |
GRAPHIC LCD MODULE display format: 16x4; module size: 180x65x9.7; viewing size: 134.0x40.4; character size: 7.97x7.97; dot size: 0.47x0.47; controller: ST7920; |
SUNLIKE |
| 3725 |
SG320240B |
GRAPHIC LCD MODULE display format: 320x240; module size: 160(167.1)x109x11.0; viewing size: 122.0x92.0; dot size: 0.33x0.33; controller: none; |
SUNLIKE |
| 3726 |
SG320240D |
GRAPHIC LCD MODULE display format: 320x240; module size: 148(156)x120.2x20.5; viewing size: 120.14x92.14; dot size: 0.33x0.33; controller: none; |
SUNLIKE |
| 3727 |
SGSP477CHIP |
N-Channel Enhancement Mode Power MOS Transistor in Die Form |
ST Microelectronics |
| 3728 |
SH320240A |
GRAPHIC LCD MODULE display format: 320x240; module size: 160(167.1)x109x11.0; viewing size: 121.0x92.0; dot size: 0.33x0.33; controller: S1D13305; |
SUNLIKE |
| 3729 |
SH320240C |
GRAPHIC LCD MODULE display format: 320x240; module size: 148(156)x120.2x15.2; viewing size: 120.14x92.14; dot size: 0.33x0.33; controller: S1D13305; |
SUNLIKE |
| 3730 |
SM-ATM1X9IRDC/DC5V |
Transceivers by Form-factor MSA - |
Infineon |
| 3731 |
SS1A0500 |
Special SIP reed relay. Nominal voltage 5 VDC. Contact form 1A SPST-NO. |
Global Components & Controls |
| 3732 |
SS1A050099 |
SIP reed relay. Nominal voltage 5 VDC. Contact form 1A. SPST-NO. |
Global Components & Controls |
| 3733 |
SS1A050D |
Special SIP reed relay. Nominal voltage 5 VDC. Contact form 1A SPST-NO. With diode. |
Global Components & Controls |
| 3734 |
SS1A1200 |
Special SIP reed relay. Nominal voltage 12 VDC. Contact form 1A SPST-NO. |
Global Components & Controls |
| 3735 |
SS1A120098 |
SIP reed relay. Nominal voltage 12 VDC. Contact form 1A. SPST-NO. |
Global Components & Controls |
| 3736 |
SS1A120099 |
SIP reed relay. Nominal voltage 12 VDC. Contact form 1A. SPST-NO. |
Global Components & Controls |
| 3737 |
SS1A120D |
Special SIP reed relay. Nominal voltage 12 VDC. Contact form 1A SPST-NO. With diode. |
Global Components & Controls |
| 3738 |
SS1A2400 |
Special SIP reed relay. Nominal voltage 24 VDC. Contact form 1A SPST-NO. |
Global Components & Controls |
| 3739 |
SS1A240D |
Special SIP reed relay. Nominal voltage 24 VDC. Contact form 1A SPST-NO. With diode. |
Global Components & Controls |
| 3740 |
SS1C0500 |
Special SIP reed relay. Nominal voltage 5 VDC. Contact form 1C SPDT-CO. |
Global Components & Controls |
| 3741 |
SS1C050D |
Special SIP reed relay. Nominal voltage 5 VDC. Contact form 1C SPDT-CO. With diode. |
Global Components & Controls |
| 3742 |
SS1C1200 |
Special SIP reed relay. Nominal voltage 12 VDC. Contact form 1C SPDT-CO. |
Global Components & Controls |
| 3743 |
SS1C120D |
Special SIP reed relay. Nominal voltage 12 VDC. Contact form 1C SPDT-CO. With diode. |
Global Components & Controls |
| 3744 |
SS1C2400 |
Special SIP reed relay. Nominal voltage 24 VDC. Contact form 1C SPDT-CO. |
Global Components & Controls |
| 3745 |
SS1C240D |
Special SIP reed relay. Nominal voltage 24 VDC. Contact form 1C SPDT-CO. With diode. |
Global Components & Controls |
| 3746 |
STDUPLEX,1X9,LR,5V |
Transceivers by Form-factor MSA - |
Infineon |
| 3747 |
STEVAL-ILL045V1 |
9 W, A19 format, triac dimmable, High Power Factor, non-isolated LED driver based on HVLED815PF for US market |
ST Microelectronics |
| 3748 |
STR10006 |
Una forma Ingeniosa de Reparar los reguladores STR 10006 y similares / procedimiento aportado por Gustavo A |
Salto |
| 3749 |
SYMBOLS |
Explanations of the formula symbols |
RFT |
| 3750 |
TC4421 |
The TC4421/4422 are high current buffer/drivers capable of driving large MOSFETs and IGBTs. They are essentially immune to any form of upset except direct overvoltage or over-dissipation — they cannot be latched under any conditions |
Microchip |
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