No. |
Part Name |
Description |
Manufacturer |
1711 |
1N4007 |
Low power silicon rectifier diode |
Mullard |
1712 |
1N4007 |
1A 1000V Standard Rectifier |
ON Semiconductor |
1713 |
1N4007 |
1A 1000V Standard Rectifier |
ON Semiconductor |
1714 |
1N4007 |
1A 1000V Standard Rectifier |
ON Semiconductor |
1715 |
1N4007 |
1A 1000V Standard Rectifier |
ON Semiconductor |
1716 |
1N4007 |
Rectifier: Standard |
Taiwan Semiconductor |
1717 |
1N4007 |
General Purpose Plastic Rectifier, Forward Current 1.0A, Reverse Voltage 1000V |
Vishay |
1718 |
1N4007-B |
Standard Rectifiers |
Diodes |
1719 |
1N4007-T |
Standard Rectifiers |
Diodes |
1720 |
1N4007FF |
1A 1000V Standard Rectifier |
ON Semiconductor |
1721 |
1N4007FF |
1A 1000V Standard Rectifier |
ON Semiconductor |
1722 |
1N4007FF |
1A 1000V Standard Rectifier |
ON Semiconductor |
1723 |
1N4007FF |
1A 1000V Standard Rectifier |
ON Semiconductor |
1724 |
1N4007G |
GLASS PASSIVATED JUNCTION PLASTIC RECTIFIER, Reverse Voltage - 50 to 1300 Volts, Forward Current - 1.0Amperes |
Chenyi Electronics |
1725 |
1N4007G |
Standard Rectifiers |
Diodes |
1726 |
1N4007G |
Rectifier: Standard |
Taiwan Semiconductor |
1727 |
1N4007G-T |
Standard Rectifiers |
Diodes |
1728 |
1N4007GL |
Standard Rectifiers |
Diodes |
1729 |
1N4007GP |
Glass Passivated Junction Rectifier, Forward Current 1.0A, Reverse Voltage 1000V |
Vishay |
1730 |
1N4007L |
Standard Rectifiers |
Diodes |
1731 |
1N4007RL |
1A 1000V Standard Rectifier |
ON Semiconductor |
1732 |
1N4007RL |
1A 1000V Standard Rectifier |
ON Semiconductor |
1733 |
1N4007RL |
1A 1000V Standard Rectifier |
ON Semiconductor |
1734 |
1N4007RL |
1A 1000V Standard Rectifier |
ON Semiconductor |
1735 |
1N4007S |
Rectifier: Standard |
Taiwan Semiconductor |
1736 |
1N4007SG |
Rectifier: Standard |
Taiwan Semiconductor |
1737 |
1N4009 |
Ultra high speed diode |
Mullard |
1738 |
1N4044 |
Standard Rectifier (trr more than 500ns) |
Microsemi |
1739 |
1N4044R |
Standard Rectifier (trr more than 500ns) |
Microsemi |
1740 |
1N4045 |
Standard Rectifier (trr more than 500ns) |
Microsemi |
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