| No. |
Part Name |
Description |
Manufacturer |
| 541 |
LTC6995MPS6-1#TRPBF |
TimerBlox: Long Timer, Low Frequency Oscillator |
Linear Technology |
| 542 |
LTC6995MPS6-2#PBF |
TimerBlox: Long Timer, Low Frequency Oscillator |
Linear Technology |
| 543 |
LTC6995MPS6-2#TRMPBF |
TimerBlox: Long Timer, Low Frequency Oscillator |
Linear Technology |
| 544 |
LTC6995MPS6-2#TRPBF |
TimerBlox: Long Timer, Low Frequency Oscillator |
Linear Technology |
| 545 |
LUCL8574DP |
Resistive SLIC, ring relay, protector (SRP) for long loop and TR-57 applications |
Agere Systems |
| 546 |
LUCL8574DP-D |
L8574D Resistive Subscriber Line Interface Circuit(SLIC), Ring Relay,and Protector(SRP)for Long Loop and TR-57 Applications |
Agere Systems |
| 547 |
LUCL8574DP-DT |
L8574D Resistive Subscriber Line Interface Circuit(SLIC), Ring Relay,and Protector(SRP)for Long Loop and TR-57 Applications |
Agere Systems |
| 548 |
LUCL9311AP |
Line interface and line acces circuit full-feature SLIC with high longitudinal balance, ringing relay and GR-909 test acces. |
Agere Systems |
| 549 |
LUCL9311AP-D |
Line Interface and Line Access Circuit Full-Feature SLIC with High Longitudinal Balance, Ringing Relay,and GR-909 Test Access |
Agere Systems |
| 550 |
LUCL9311AP-DT |
Line Interface and Line Access Circuit Full-Feature SLIC with High Longitudinal Balance, Ringing Relay,and GR-909 Test Access |
Agere Systems |
| 551 |
LUCL9311GP |
Line interface and line acces circuit full-feature SLIC with high longitudinal balance, ringing relay and GR-909 test acces. |
Agere Systems |
| 552 |
LUCL9311GP-D |
Line Interface and Line Access Circuit Full-Feature SLIC with High Longitudinal Balance, Ringing Relay,and GR-909 Test Access |
Agere Systems |
| 553 |
LUCL9311GP0DT |
Line Interface and Line Access Circuit Full-Feature SLIC with High Longitudinal Balance, Ringing Relay,and GR-909 Test Access |
Agere Systems |
| 554 |
LXT30X |
LXT30x and LXT318 Interchangeability Adapting Short-Haul E1 Boards to Long-Haul Applications |
Intel |
| 555 |
LXT318 |
LXT318 Long-Haul E1 Transceiver Solution � Migration from Dual-Chip (LXT304A/LXT316) to Single-Chip (LXT318) Implementation |
Intel |
| 556 |
LXT318 |
LXT318 Long-Haul E1 Transceiver Line Interface Design Guide |
Intel |
| 557 |
LY1001 |
High-precision LED constant current control chip, used in non-isolated step-down LED power supply |
Shenzhen StrongLink Electronics |
| 558 |
LY1005 |
High-precision LED constant current control chip, used in non-isolated step-down LED power supply |
Shenzhen StrongLink Electronics |
| 559 |
LY1007 |
High-precision LED constant current control chip, used in non-isolated step-down LED power supply |
Shenzhen StrongLink Electronics |
| 560 |
LY101 |
CC/CV Controller IC Product |
Shenzhen StrongLink Electronics |
| 561 |
LY1012 |
High-precision LED constant current control chip with active power factor correction |
Shenzhen StrongLink Electronics |
| 562 |
LY1026 |
High-precision LED constant current control chip, used in non-isolated step-down LED power supply |
Shenzhen StrongLink Electronics |
| 563 |
LY103 |
CC/CV Controller IC Product |
Shenzhen StrongLink Electronics |
| 564 |
LY1043 |
Isolated LED Driver |
Shenzhen StrongLink Electronics |
| 565 |
LY1045 |
Isolated LED Driver |
Shenzhen StrongLink Electronics |
| 566 |
LY1046 |
Isolated LED Driver |
Shenzhen StrongLink Electronics |
| 567 |
LY1047 |
Isolated LED Driver |
Shenzhen StrongLink Electronics |
| 568 |
LY1048 |
Isolated LED Driver |
Shenzhen StrongLink Electronics |
| 569 |
LY1133 |
High Precision LED constant current control chip |
Shenzhen StrongLink Electronics |
| 570 |
LY1135 |
High Precision LED constant current control chip |
Shenzhen StrongLink Electronics |
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