TSR334D50-D2
Token
428.48kb
Saw resonators.
TAGS
📁 Related Datasheet
TSR330 - (TSR320 - TSR3100) 3.0A SCHOTTKY BARRIER RECTIFIER
(TAITRON Components Incorporated)
..
3.0A SCHOTTKY BARRIER RECTIFIER TSR320 –TSR3100
3.0A Schottky Barrier Rectifier
Features
• • • • Low Forward Voltage Drop Low Po.
TSR330D00A-D1 - Saw Resonators
(Token)
Product Introduction
Saw Resonators (TSR) Can Replace LC Elements and Quartz Crystals.
Token Saw Resonator employs surface acoustic wave, and is abl.
TSR330D00B-D2 - Saw Resonators
(Token)
Product Introduction
Saw Resonators (TSR) Can Replace LC Elements and Quartz Crystals.
Token Saw Resonator employs surface acoustic wave, and is abl.
TSR333D00A-D1 - Saw Resonators
(Token)
Product Introduction
Saw Resonators (TSR) Can Replace LC Elements and Quartz Crystals.
Token Saw Resonator employs surface acoustic wave, and is abl.
TSR333D00B-D2 - Saw Resonators
(Token)
Product Introduction
Saw Resonators (TSR) Can Replace LC Elements and Quartz Crystals.
Token Saw Resonator employs surface acoustic wave, and is abl.
TSR336D00-D3 - Saw Resonators
(Token)
Product Introduction
Saw Resonators (TSR) Can Replace LC Elements and Quartz Crystals.
Token Saw Resonator employs surface acoustic wave, and is abl.
TSR3-0533 - Non-Isolated DC/DC Converter
(TRACO POWER)
Non-Isolated DC/DC Converter (POL)
TSR 3 Series, 3 A
• High performance 3 Amp. switching
regulator
• Suitable for positive & negative output
circuit.
TSR3-1250 - Non-Isolated DC/DC Converter
(TRACO POWER)
Non-Isolated DC/DC Converter (POL)
TSR 3 Series, 3 A
• High performance 3 Amp. switching
regulator
• Suitable for positive & negative output
circuit.
TSR3-24150 - Non-Isolated DC/DC Converter
(TRACO POWER)
Non-Isolated DC/DC Converter (POL)
TSR 3 Series, 3 A
• High performance 3 Amp. switching
regulator
• Suitable for positive & negative output
circuit.
TSR3-2450 - Non-Isolated DC/DC Converter
(TRACO POWER)
Non-Isolated DC/DC Converter (POL)
TSR 3 Series, 3 A
• High performance 3 Amp. switching
regulator
• Suitable for positive & negative output
circuit.