Busque con el número de pieza junto con el fabricante o la descripción
MS1004SH |
Click to view a larger image
| Part Number | MS1004SH |
| Manufacturer | Shindengen |
| Description | 1 Absolute Maximum Ratings (at Tc=25℃) 1 (at Tc=25℃) 1-1 Thermal Ratings 1-1 Item Storage temperature Junction temperature Total power dissipation 1-2 Electrical Ratings 1-2 Item Vin maximum applied voltage Vin Vin reverse bias voltage Vin VCC maximum applied voltage VCC VCC reverse bias voltage VCC Z/C into maximum current Z/C F/B into maximum curren. |
| Features | nt Z/C Symbol Top Vin VCC IZ/C Recommended value min typ max Unit -20 --- 125 ℃ 95 --- 450 V 11 --- 24 V -4.5 --- 4.5 mA Notes ： The product life depends on the condition of use even within the above operating conditions. Using at Tj = 100℃ or less is recommended for the equipment where a long life is expected. Refer to the electrical characteristic mentioned in item 3-4 regarding the operation during super standby, since the operation conditions reccommended as above is the conditions during regular operation. ： 、、 、 Tj=100℃。 3-1 Electrical/Thermal Characteristics (at Ta=25℃). |
| Datasheet |
 MS1004SH Data Sheet
PDF 736.54KB |
| Distributor | Stock | Price | Buy |
|---|
| No. | Parte # | Fabricante | Descripción | Hoja de Datos |
|---|---|---|---|---|
| 1 | MS1004 |
Microsemi Corporation |
10 AMP SCHOTTKY BARRIER RECTIFIERS |
|
| 2 | MS1004 |
INCHANGE |
Schottky Barrier Rectifier |
|
| 3 | MS1000 |
Advanced Power Technology |
RF & MICROWAVE TRANSISTORS |
|
| 4 | MS1001 |
Advanced Power Technology |
RF & MICROWAVE TRANSISTORS |
|
| 5 | MS1003 |
Microsemi Corporation |
10 AMP SCHOTTKY BARRIER RECTIFIERS |
|
| 6 | MS1003 |
Advanced Power Technology |
RF & MICROWAVE TRANSISTORS |
|
| 7 | MS1003SH |
Shindengen |
Quasi-Resonant Power Supply ICs |
|
| 8 | MS1005 |
Microsemi Corporation |
10 AMP SCHOTTKY BARRIER RECTIFIER |
|
| 9 | MS1006 |
Microsemi Corporation |
10 AMP SCHOTTKY BARRIER RECTIFIER |
|
| 10 | MS1006 |
Advanced Power Technology |
RF AND MICROWAVE TRANSISTORS |
|
Desde 2024. D4U Semiconductor.
|