| No. |
Part Name |
Description |
Manufacturer |
| 1 |
6PAIC3106IRGZRQ1 |
Automotive Catalog Low-Power Stereo CODEC with 10 Inputs, 7 Outputs, HP Amplifier and Enhanced Digit 48-VQFN -40 to 85 |
Texas Instruments |
| 2 |
ADR3410 |
The ADR3410 is a high performance, single-stage InGaP HBT amplifier designed for use in wireless infrastructure systems as a highly ... |
Anadigics Inc |
| 3 |
AT76C510 |
The AT76C510 is a highly integrated WLAN plus Internetworking device based on two ARM7TDMI� RISC processors, a 10/100 Ethernet MAC, USB, integrated 2 x 6K x 32-bit SRAM, 3.3V operation, 128- pin PQFP or TQFP package. |
Atmel |
| 4 |
ATF750C |
20 FFs, 10 I/O Pins, standard power, 5V |
Atmel |
| 5 |
ATF750CL |
20 FFs, 10 I/O Pins, low power, 5V |
Atmel |
| 6 |
ATF750LVC |
20 FFs, 10 I/O Pins, 3.3V |
Atmel |
| 7 |
HCS410 |
The HCS410 is a code hopping transponder device designed for secure entry systems. The HCS410 utilizes the patented KEELOQ® code hopping system and bi-directional challenge-and-response for logical and physical access control. High se |
Microchip |
| 8 |
HCS410-I/P |
The HCS410 is a code hopping transponder device designed for secure entry systems. The HCS410 utilizes the patented KEELOQ® ... |
Microchip |
| 9 |
HCS410-I/SN |
The HCS410 is a code hopping transponder device designed for secure entry systems. The HCS410 utilizes the patented KEELOQ® ... |
Microchip |
| 10 |
HCS410-I/ST |
The HCS410 is a code hopping transponder device designed for secure entry systems. The HCS410 utilizes the patented KEELOQ® ... |
Microchip |
| 11 |
HCS410/P |
The HCS410 is a code hopping transponder device designed for secure entry systems. The HCS410 utilizes the patented KEELOQ® ... |
Microchip |
| 12 |
HCS410/SN |
The HCS410 is a code hopping transponder device designed for secure entry systems. The HCS410 utilizes the patented KEELOQ® ... |
Microchip |
| 13 |
HCS410/ST |
The HCS410 is a code hopping transponder device designed for secure entry systems. The HCS410 utilizes the patented KEELOQ® ... |
Microchip |
| 14 |
IRFB4610 |
IRFB4610 IRFS4610 IRFSL4610 |
International Rectifier |
| 15 |
IRFB4610 |
IRFB4610 IRFS4610 IRFSL4610 |
International Rectifier |
| 16 |
IRFS4610 |
IRFB4610 IRFS4610 IRFSL4610 |
International Rectifier |
| 17 |
IRFS4610 |
IRFB4610 IRFS4610 IRFSL4610 |
International Rectifier |
| 18 |
IRFSL4610 |
IRFB4610 IRFS4610 IRFSL4610 |
International Rectifier |
| 19 |
IRFSL4610 |
IRFB4610 IRFS4610 IRFSL4610 |
International Rectifier |
| 20 |
KT830L11 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .010 inches. |
Optek Technology |
| 21 |
KT830L11 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .010 inches. |
Optek Technology |
| 22 |
KT830L15 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. |
Optek Technology |
| 23 |
KT830L51 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .010 inches. |
Optek Technology |
| 24 |
KT830W11 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .010 inches. |
Optek Technology |
| 25 |
KT830W11 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .010 inches. |
Optek Technology |
| 26 |
KT830W15 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. |
Optek Technology |
| 27 |
KT830W51 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter A lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .010 inches. |
Optek Technology |
| 28 |
KT831L15 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. |
Optek Technology |
| 29 |
KT831L51 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .050 inches. Aperture in front of emitter .010 inches. |
Optek Technology |
| 30 |
KT831W15 |
Slotted optical switch phototransistor output. IR transmissive polysulfone discrete shells. Electrical parameter B lead spacing .320 inches. Aperture in front of sensor .010 inches. Aperture in front of emitter .050 inches. |
Optek Technology |
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