D5FY4R5ST
Shindengen
1.51MB
Schottky barrier diodes.
TAGS
📁 Related Datasheet
D5FY4R5SY - Schottky Barrier Diodes
(Shindengen)
D5FY4R5SY
Schottky Barrier Diodes 45V, 5A
Feature
・Permit high current with a small package ・Low VF ・Based on AEC-Q101 ・Halogen free ・Pb free terminal.
D5FY10ST - Schottky Barrier Diodes
(Shindengen)
D5FY10ST
Schottky Barrier Diodes 100V, 5A
Feature
・Permit high current with a small package ・Tj=175℃ ・Ultra low IR ・Based on AEC-Q101 ・Halogen free ・P.
D5FY10SY - Schottky Barrier Diodes
(Shindengen)
D5FY10SY
Schottky Barrier Diodes 100V, 5A
Feature
・Permit high current with a small package ・Based on AEC-Q101 ・Halogen free ・Pb free terminal ・RoHS:Y.
D5FY15ST - Schottky Barrier Diodes
(Shindengen)
D5FY15ST
Schottky Barrier Diodes 150V, 5A
Feature
・Permit high current with a small package ・High Voltage ・Tj=175℃ ・Ultra low IR ・Based on AEC-Q101 ・H.
D5FY20SN - Schottky Barrier Diodes
(Shindengen)
D5FY20SN
Schottky Barrier Diodes 200V, 5A
Feature
・Permit high current with a small package ・High Voltage ・Tj=175℃ ・Ultra low IR ・Based on AEC-Q101 ・H.
D5FY60K - Fast Recovery Diodes
(Shindengen)
D5FY60K
Fast Recovery Diodes 600V, 5A
Feature
・Permit high current with a small package ・High Voltage ・High Recovery Speed ・Based on AEC-Q101 ・Halogen.
D5FY6ST - Schottky Barrier Diodes
(Shindengen)
D5FY6ST
Schottky Barrier Diodes 60V, 5A
Feature
・Permit high current with a small package ・Tj=175℃ ・Ultra low IR ・Based on AEC-Q101 ・Halogen free ・Pb .
D5FY6SY - Schottky Barrier Diodes
(Shindengen)
D5FY6SY
Schottky Barrier Diodes 60V, 5A
Feature
・Permit high current with a small package ・Based on AEC-Q101 ・Halogen free ・Pb free terminal ・RoHS:Yes.
D5F-2B10 - High Precision Optical Switch
(Omron)
High-precision Optical Switch
Optical System Achieves 1-mm Operating Position Repeatability in this 4-way Switch
■ A knife-edge mechanism in the optic.
D5F-2B30 - High Precision Optical Switch
(Omron)
High-precision Optical Switch
Optical System Achieves 1-mm Operating Position Repeatability in this 4-way Switch
■ A knife-edge mechanism in the optic.