डेटा पत्रक ( Datasheet PDF ) |
भाग संख्या | विवरण | मैन्युफैक्चरर्स | |
SFS10 | DC-DC Converters PCB Mount type DC-DC Converters PCB Mount type
Ordering information
SFS10
SF S 10 48 3R3 B
123456
1Series name R 2Single output
3Output wattage 4Input voltage
48:DC36 - 76V 5Output voltage 6Mounting type
(Soldering proces |
COSEL |
|
SFS10000C-LF | Fixed Frequency Synthesizer Surface Mount Module SFS10000Z-LF
Rev A1
Fixed Frequency Synthesizer Surface Mount Module
Applications • Broadband transmission • Optical Transmitter • Performance Specifications Frequency Phase Noise @ 10 kHz offset (1 Hz B |
Z-Communications |
|
SFS1000C-LF | Fixed Frequency Synthesizer SFS1000C-LF
Rev A1
Fixed Frequency Synthesizer Surface Mount Module
Applications • Basestations • Mobile Radios • Performance Specifications Frequency Phase Noise @ 10 kHz offset (1 Hz BW) Harmonic Suppr |
Z-Communications |
|
SFS1001G | Surface Mount Super Fast Rectifiers SFS1001G thru SFS1008G
Taiwan Semiconductor
CREAT BY ART
Surface Mount Super Fast Rectifiers
FEATURES
- Low forward voltage drop - Ideal for automated placement - High current capability - High surge current ca |
Taiwan Semiconductor |
|
SFS1002G | Surface Mount Super Fast Rectifiers SFS1001G thru SFS1008G
Taiwan Semiconductor
CREAT BY ART
Surface Mount Super Fast Rectifiers
FEATURES
- Low forward voltage drop - Ideal for automated placement - High current capability - High surge current ca |
Taiwan Semiconductor |
|
SFS1003G | Surface Mount Super Fast Rectifiers SFS1001G thru SFS1008G
Taiwan Semiconductor
CREAT BY ART
Surface Mount Super Fast Rectifiers
FEATURES
- Low forward voltage drop - Ideal for automated placement - High current capability - High surge current ca |
Taiwan Semiconductor |
|
SFS1004G | Surface Mount Super Fast Rectifiers SFS1001G thru SFS1008G
Taiwan Semiconductor
CREAT BY ART
Surface Mount Super Fast Rectifiers
FEATURES
- Low forward voltage drop - Ideal for automated placement - High current capability - High surge current ca |
Taiwan Semiconductor |
www.DataSheet.in | 2017 | संपर्क |