Naina Semiconductor 400 fiche technique

No.	Partie #	Fabricant	Description
1	400NS60	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
2	400NSR60	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
3	400NSR140	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
4	400NSR	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type 40 400NS(R) Standard andard Recovery Diodes (Stud and Flat Base Type) Electrical Specifications (TE = 250C, unless otherwise noted) Symbol
5	MBR40035CT	Naina Semiconductor	(MBR40020CT - MBR40040CTR) Schottky Power Diode • • • • Guard Ring Protection Low forward voltage drop High surge current capability Up to 100V VRRM MBR40020CT thru MBR40040CTR Silicon Schottky Diode, 400A TWIN TOWER PACKAGE Maximum Ratings (TJ = 25oC unless otherwise specified) Parameter Repe
6	MBR40060CT	Naina Semiconductor	(MBR40045CT - MBR400100CTR) Schottky Power Diode • • • • Guard Ring Protection Low forward voltage drop High surge current capability Up to 100V VRRM MBR40045CT thru MBR400100CTR Silicon Schottky Diode, 400A TWIN TOWER PACKAGE Maximum Ratings (TJ = 25oC unless otherwise specified) Parameter Rep
7	MBR40060CTR	Naina Semiconductor	(MBR40045CT - MBR400100CTR) Schottky Power Diode • • • • Guard Ring Protection Low forward voltage drop High surge current capability Up to 100V VRRM MBR40045CT thru MBR400100CTR Silicon Schottky Diode, 400A TWIN TOWER PACKAGE Maximum Ratings (TJ = 25oC unless otherwise specified) Parameter Rep
8	400NS10	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
9	400NS100	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
10	400NSR10	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
11	400NSR40	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
12	400NS	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type 40 400NS(R) Standard andard Recovery Diodes (Stud and Flat Base Type) Electrical Specifications (TE = 250C, unless otherwise noted) Symbol
13	400NS20	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
14	400NS40	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
15	400NS80	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
16	400NS120	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
17	400NS140	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
18	400NS160	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
19	400NSR20	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =
20	400NSR80	Naina Semiconductor	Standard Recovery Diodes • Diffused Series • Industrial grade • Available in Normal and Reverse polarity • Metric and UNF thread type Electrical Specifications (TE = 250C, unless otherwise noted) Symbol Parameters Values Units IF(AV) Maximum avg. forward current @ TE =