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BU8-10
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Fronter Electronics
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DIODE RECTIFIER BRIDGE SINGLE 1000V 8A |
Original |
PDF
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73.98KB |
2 |
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BU810
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STMicroelectronics
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MEDIUM VOLTAGE NPN FAST-SWITCHING DARLINGTON TRANSISTOR |
Original |
PDF
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63.98KB |
4 |
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BU810
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STMicroelectronics
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Medium Voltage NPN Fast-Switching Darlington Transistor |
Original |
PDF
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48.2KB |
4 |
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BU810
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Unknown
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Shortform IC and Component Datasheets (Plus Cross Reference Data) |
Short Form |
PDF
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109.42KB |
1 |
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BU810
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Unknown
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Shortform Data and Cross References (Misc Datasheets) |
Short Form |
PDF
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41.05KB |
1 |
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BU810
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STMicroelectronics
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Shortform Data Book 1988 |
Short Form |
PDF
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54.68KB |
1 |
GBU810
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Microdiode Semiconductor
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Glass passivated bridge rectifiers, reverse voltage 50 to 1000 volts, forward current 8.0 amperes. |
Original |
PDF
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KBU810
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JCET Group
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8A average rectified output current, 50V to 1000V repetitive peak reverse voltage, glass passivated chip, single-phase bridge rectifier in KBU package with high surge current capability.8A average rectified output current, 50 to 1000V repetitive peak reverse voltage, glass passivated chip, single-phase bridge rectifier in KBU package with high surge current capability.8A average rectified output current, 50 to 1000V repetitive peak reverse voltage, glass passivated chip, single-phase bridge rectifier in KBU8005 to KBU810 series with high surge current capability. |
Original |
PDF
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KBU810
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Microdiode Semiconductor
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Reverse voltage 50-1000V, forward current 8.0A, single phase half-wave 60Hz, molded plastic, solder plated terminals, 8.0g. |
Original |
PDF
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GBU802 thur GBU810
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CREATEK Microelectronics
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Single-phase bridge rectifier in plastic package with 8.0 A average forward current, 200 to 1000 V peak reverse voltage, high surge current capability, and low reverse current, suitable for PCB applications. |
Original |
PDF
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GBU810
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JCET Group
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8.0A plastic-encapsulated bridge rectifier with repetitive peak reverse voltage from 50V to 1000V, suitable for general purpose single-phase rectification, featuring high surge current capability and glass passivated chip technology. |
Original |
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