Product Datasheet Search Results:

2N6757.pdf5 Pages, 142 KB, Scan
2N6757
Fairchild Semiconductor
N-Channel Power MOSFETs, 9A, 150V/200V
2N6757.pdf1 Pages, 39 KB, Scan
2N6757
Motorola
European Master Selection Guide 1986
2N6757.pdf4 Pages, 116 KB, Scan
2N6757
General Electric Solid State
N-channel enhancement-mode power field-effect transistor. Drain-sourge voltage 150V. Continuous drain current(at Tc 25deg) 8.0A.
2N6757.pdf4 Pages, 120 KB, Scan
2N6757
Harris Semiconductor
Power MOSFET Data Book 1990
2N6757.pdf12 Pages, 1094 KB, Original
2N6757
Ixys Corporation
High Voltage Power MOSFETs
2N6757.pdf3 Pages, 175 KB, Scan
2N6757
N/a
FET Data Book
2N6757.pdf1 Pages, 32 KB, Original
2N6757.pdf2 Pages, 17 KB, Original
2N6757
Semelab Plc.
8 A, 150 V, 0.6 ohm, N-CHANNEL, Si, POWER, MOSFET, TO-204AA
2N6757R1.pdf2 Pages, 17 KB, Original
2N6757R1
Semelab Plc.
8 A, 150 V, 0.6 ohm, N-CHANNEL, Si, POWER, MOSFET, TO-204AA

Product Details Search Results:

Semelab.co.uk/2N6757
{"Status":"ACTIVE","Channel Type":"N-CHANNEL","Terminal Finish":"NOT SPECIFIED","Package Body Material":"METAL","Mfr Package Description":"TO-3","Pulsed Drain Current-Max (IDM)":"12 A","Terminal Form":"PIN\/PEG","Operating Mode":"ENHANCEMENT","Package Style":"FLANGE MOUNT","Transistor Element Material":"SILICON","Drain Current-Max (ID)":"8 A","Case Connection":"DRAIN","FET Technology":"METAL-OXIDE SEMICONDUCTOR","Terminal Position":"BOTTOM","Transistor Type":"GENERAL PURPOSE POWER","Package Shape":"ROUND","...
1341 Bytes - 08:32:28, 06 October 2024
Semelab.co.uk/2N6757R1
{"Terminal Finish":"TIN SILVER COPPER","Terminal Form":"PIN\/PEG","Package Shape":"ROUND","Status":"ACTIVE","Lead Free":"Yes","Package Body Material":"METAL","Transistor Element Material":"SILICON","Drain Current-Max (ID)":"8 A","EU RoHS Compliant":"Yes","Configuration":"SINGLE","Drain-source On Resistance-Max":"0.6000 ohm","Transistor Type":"GENERAL PURPOSE POWER","Pulsed Drain Current-Max (IDM)":"12 A","Channel Type":"N-CHANNEL","FET Technology":"METAL-OXIDE SEMICONDUCTOR","DS Breakdown Voltage-Min":"150 ...
1400 Bytes - 08:32:28, 06 October 2024