Part number:
MP2450
Manufacturer:
M-Pulse Microwave
File Size:
330.01 KB
Description:
Microwave schottky ring quads.
* Low Inductance Leadless Rings High Fco High Temperature Tri-Metal E7 E3 M1 ENVIRONMENTAL RATINGS (Maximum) Operating Temperature. - - - - - - - -65°C to+200°C StorageTemperature - - - - - - - - - -65°C to+200°C www.DataSheet4U.com PowerDissipation @ 25°C - - - - - - 100mW Derate Linearly to zero
MP2450
M-Pulse Microwave
330.01 KB
Microwave schottky ring quads.
📁 Related Datasheet
MP245 - Low Cost Quartz Crystal
(CTS)
MP Series
Quartz Crystal
FEATURES • Standard HC-49/U Package, HC-49/U SMMC Package Option Available • Stable Frequency Over Temperature and Drive Leve.
MP245-E - Low Cost Quartz Crystal
(CTS)
MP Series
Quartz Crystal
FEATURES • Standard HC-49/U Package, HC-49/U SMMC Package Option Available • Stable Frequency Over Temperature and Drive Leve.
MP2451 - Step-Down Converter
(MPS)
The Future of Analog IC Technology
DESCRIPTION
The MP2451 is a high frequency (2MHz) stepdown switching regulator with integrated internal high-side h.
MP2451 - Microwave Schottky Ring Quads
(M-Pulse Microwave)
Microwave Schottky Ring Quads
FEATURES
Low Inductance Leadless Rings High Fco High Temperature Tri-Metal
E7
E3
M1
ENVIRONMENTAL RATINGS
(Maximum) .
MP2451DJ - Step-Down Converter
(MPS)
The Future of Analog IC Technology
DESCRIPTION
The MP2451 is a high frequency (2MHz) stepdown switching regulator with integrated internal high-side h.
MP2451DT - Step-Down Converter
(MPS)
The Future of Analog IC Technology
DESCRIPTION
The MP2451 is a high frequency (2MHz) stepdown switching regulator with integrated internal high-side h.
MP2452 - Microwave Schottky Ring Quads
(M-Pulse Microwave)
Microwave Schottky Ring Quads
FEATURES
Low Inductance Leadless Rings High Fco High Temperature Tri-Metal
E7
E3
M1
ENVIRONMENTAL RATINGS
(Maximum) .
MP2452 - Step-Down Converter
(MPS)
The Future of Analog IC Technology
DESCRIPTION
The MP2452 is a high frequency (1MHz) stepdown switching regulator with integrated internal high-side h.
