Part number:
LSPA20205
Manufacturer:
ETC
File Size:
277.71kb
Download:
Description:
Power transformer.
LSPA20205
ETC
277.71kb
Power transformer.
📁 Related Datasheet
LSPAD1 - PicoAmp Diode
(Micross)
LSPAD1 LOW LEAKAGE PICO-AMP DIODE
Linear Systems replaces discontinued Siliconix PAD1
LSPAD1 is a low leakage Pico-Amp Diode packaged in hermetic TO-.
LSPAD10 - PicoAmp Diode
(Micross)
LSPAD10 LOW LEAKAGE PICO-AMP DIODE
Linear Systems replaces discontinued Siliconix PAD10
LSPAD10 is a low leakage Pico-Amp Diode packaged in hermetic .
LSPAD100 - PicoAmp Diode
(Micross)
LSPAD100 LOW LEAKAGE PICO-AMP DIODE
Linear Systems replaces discontinued Siliconix PAD100
LSPAD100 is a low leakage Pico-Amp Diode packaged in hermet.
LSPAD2 - PicoAmp Diode
(Micross)
LSPAD2 LOW LEAKAGE PICO-AMP DIODE
Linear Systems replaces discontinued Siliconix PAD2
LSPAD2 is a low leakage Pico-Amp Diode packaged in hermetic TO-.
LSPAD20 - PicoAmp Diode
(Micross)
LSPAD20 LOW LEAKAGE PICO-AMP DIODE
Linear Systems replaces discontinued Siliconix PAD20
LSPAD20 is a low leakage Pico-Amp Diode packaged in hermetic .
LSPAD5 - PicoAmp Diode
(Micross)
LSPAD5 LOW LEAKAGE PICO-AMP DIODE
Linear Systems replaces discontinued Siliconix PAD5
LSPAD5 is a low leakage Pico-Amp Diode packaged in hermetic TO-.
LSPAD50 - PicoAmp Diode
(Micross)
LSPAD50 LOW LEAKAGE PICO-AMP DIODE
Linear Systems replaces discontinued Siliconix PAD50
LSPAD50 is a low leakage Pico-Amp Diode packaged in hermetic .
LSP05 - LED Lighting Surge Protection
(Littelfuse)
LSP05 Module Series
Surge Protection Module
LED Lighting Surge Protection Module > LSP05
RoHS
Description The Littelfuse LSP05 thermally protected .
LSP05120P - LED Lighting Surge Protection
(Littelfuse)
LSP05 Module Series
Surge Protection Module
LED Lighting Surge Protection Module > LSP05
RoHS
Description The Littelfuse LSP05 thermally protected .
LSP05240LLP - LED Lighting Surge Protection
(Littelfuse)
LSP05 Module Series
Surge Protection Module
LED Lighting Surge Protection Module > LSP05
RoHS
Description The Littelfuse LSP05 thermally protected .
TAGS