The G261 LVD Regulator set is designed to provide the correct reference voltages and bias currents for LVD termination resistor networks (475Ω, 121Ω, and 475Ω). The device also provides a 1.3V output for DIFFSENSE signaling. With the proper resistor network, the G261 solution will meet the common mode impedance, differential mode impedance, differential bias.
SCSI SPI-2 (Ultra 2), SPI-3 (Ultra 3/Ultra 160) and SPI-4 (Ultra 320) LVD SCSI, 27 Line Low Voltage Differential Regulator 4V to 5.25V Operation Integrated Regulator Set for LVD SCSI Differential Failsafe Bias G261 Description The G261 LVD Regulator set is designed to provide the correct reference voltages and bias currents for LVD termination resistor networks (475Ω, 121Ω, and 475Ω). The device also provides a 1.3V output for DIFFSENSE signaling. With the proper resistor network, the G261 solution will meet the common mode impedance, differential mode impedance, differential bias vo.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | G26 |
SAFT |
3.0V Primary lithium-sulfur dioxide (Li-SO2)High drain capability D - size spiral cell | |
2 | G260 |
EIC |
SIDACs | |
3 | G2602 |
Global Mixed-mode Technology |
High Voltage Multi-Topology LED Driver | |
4 | G2605 |
Global Mixed-mode Technology |
Constant Current 36V LED driver | |
5 | G260J1-L05 |
CHI MEI |
TFT LCD Module | |
6 | G260JJE-L07 |
Innolux |
TFT LCD | |
7 | G2610 |
Global Mixed-mode Technology |
1A LED Driver | |
8 | G2619 |
Global Mixed-mode Technology |
Constant Current 20V White LEDs Driver | |
9 | G2620 |
Global Mixed-mode Technology |
1A LED Driver | |
10 | G2621 |
Global Mixed-mode Technology |
Constant Current 40V White-LEDs Driver | |
11 | G266 |
GTM |
Complementary Output Hall Effect Latched Sink Driver IC | |
12 | G2-1A02 |
Crydom |
(G2 Series) Soild State Relays |