| No. |
Part Name |
Description |
Manufacturer |
| 1 |
1S752H |
Silicon Alloyed Junction, Zener Diode Vz=2.0...3.2 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 2 |
1S753H |
Silicon Alloyed Junction, Zener Diode Vz=3.0...3.9 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 3 |
1S759H |
Silicon Difused Junction, Zener Diode Vz=9.0...12.0 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 4 |
1S760H |
Silicon Difused Junction, Zener Diode Vz=11.0...14.5 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 5 |
1S762H |
Silicon Difused Junction, Zener Diode Vz=17.0...21.0 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 6 |
1S763H |
Silicon Difused Junction, Zener Diode Vz=20.0...27.0 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 7 |
1S764H |
Silicon Difused Junction, Zener Diode Vz=25.0...32.0 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 8 |
1S765H |
Silicon Difused Junction, Zener Diode Vz=30.0...39.0 , intended for use in Stabilized Power Source |
Hitachi Semiconductor |
| 9 |
D2525P20 |
Wavelength-selected isolated DFB laser module with PMF. ITU frequency 192.0. Wavelength 1561.42. Tolerance +-0.4nm. |
Agere Systems |
| 10 |
D2525P30 |
Wavelength-selected isolated DFB laser module with PMF. ITU frequency 193.0. Wavelength 1553.33. Tolerance +-0.4nm. |
Agere Systems |
| 11 |
D2525P870 |
Wavelength-selected isolated DFB laser module with PMF. ITU frequency 187.0. Wavelength 1603.17. Tolerance +-0.4nm. |
Agere Systems |
| 12 |
D2525P880 |
Wavelength-selected isolated DFB laser module with PMF. ITU frequency 188.0. Wavelength 1594.64. Tolerance +-0.4nm. |
Agere Systems |
| 13 |
D2525P890 |
Wavelength-selected isolated DFB laser module with PMF. ITU frequency 189.0. Wavelength 1586.20. Tolerance +-0.4nm. |
Agere Systems |
| 14 |
D2525P900 |
Wavelength-selected isolated DFB laser module with PMF. ITU frequency 190.0. Wavelength 1577.85. Tolerance +-0.4nm. |
Agere Systems |
| 15 |
D2525P910 |
Wavelength-selected isolated DFB laser module with PMF. ITU frequency 191.0. Wavelength 1569.59. Tolerance +-0.4nm. |
Agere Systems |
| 16 |
HUF76113SK8T |
6.5A, 30V, .0.030 Ohm, N-Channel, Logic Level UltraFET Power MOSFET |
Fairchild Semiconductor |
| 17 |
MAX6241BCPA |
Low-noise, precision, +4.096V output voltage reference. Max TEMPCO (ppm/C) 5.0. |
MAXIM - Dallas Semiconductor |
| 18 |
ORT82G5 |
ORCA ORT82G5 1.0.1-25/2.0-2.5/3.125 Gbits/s Backplane Interface FPSC |
Agere Systems |
| 19 |
SC2982CSK-3.0.TR |
3.0V 50mA ultra low dropout, low noise micropower linear regulator |
Semtech |
| 20 |
SC2982CSK-4.0.TR |
4.0V 50mA ultra low dropout, low noise micropower linear regulator |
Semtech |
| 21 |
SC2982CSK-5.0.TR |
5.0V 50mA ultra low dropout, low noise micropower linear regulator |
Semtech |
| 22 |
SG3842G2AD |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 3.0. |
System General (SG) |
| 23 |
SG3842G2ADZ |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 3.0. |
System General (SG) |
| 24 |
SG3842G2AS |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 3.0. |
System General (SG) |
| 25 |
SG3842G2ASZ |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 3.0. |
System General (SG) |
| 26 |
SG3842GAD |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 5.0. |
System General (SG) |
| 27 |
SG3842GADZ |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 5.0. |
System General (SG) |
| 28 |
SG3842GAS |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 5.0. |
System General (SG) |
| 29 |
SG3842GASZ |
BiCMOS green-mode PWM controller. Start threshold 16V+-1V. Stop threshold 10V+-1V. AV 5.0. |
System General (SG) |
| 30 |
SG3843GAD |
BiCMOS green-mode PWM controller. Start threshold 8.9V+-0.5V. Stop threshold 8.1V+-0.5V. AV 3.0. |
System General (SG) |
| | | |
