Half-inch Rotary Switches

Features/Benefits • Multi-pole and multi-positions • Panel and PCB mounting • Stainless steel actuator • Non-shorting contacts • RoHS Compliant • IP67 (F option only)

THERMAL CUT-OUT

Applications Design and Operating Principles The MA10 is a temperature-sensitive safety cut-out for applications like: · Electric room heaters · Hair dryers · Hand dryers · Hair curlers Due to its compact design, the MA10 can be mounted easily and with its wide range of operating temperatures

MA10 Pole mount

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热断路器和热熔断器

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

Biomedical Chip NTC Thermistors

Applications • Intermittent Patient Temperature Monitoring - For oral and rectal fever measurements • Continuous Patient Temperature Monitoring - During general anesthesia, induced hypothermia, and premature infant care • Vital Sign Monitoring - For Intensive Care Units (ICU) and recovery rooms

L Series - Power Entry Modules

L Series - Power Entry Modules J Series - Voltage Selecting and Fused Connector M Series - Power Entry Modules P Series

Power Switching Regulators

MA4000 Series / Shindengen Electric Mfg.Co.Ltd

Silicon epitaxial planar type

Silicon epitaxial planar type For switching circuits ■ Features • High breakdown voltage: VR = 200 V • Small terminal capacitance Ct

L Series - Power Entry Modules

L Series - Power Entry Modules J Series - Voltage Selecting and Fused Connector M Series - Power Entry Modules P Series

Power Switching Regulators

MA4000 Series / Shindengen Electric Mfg.Co.Ltd

L Series - Power Entry Modules

L Series - Power Entry Modules J Series - Voltage Selecting and Fused Connector M Series - Power Entry Modules P Series

Power Switching Regulators

MA4000 Series / Shindengen Electric Mfg.Co.Ltd

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

L Series - Power Entry Modules

L Series - Power Entry Modules J Series - Voltage Selecting and Fused Connector M Series - Power Entry Modules P Series

Power Switching Regulators

MA4000 Series / Shindengen Electric Mfg.Co.Ltd

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

COMPOSITE FORMING SMDINDUCTORS

Features: Large Current and Low DCR. Magnetically shielded construction. High frequency range up to 3.0 MHz. RoHS compliant* and halogen free. Low noise. Operating temperature range: -40℃ TO +125℃ AEC-Q200 qualified.

For 1.9 GHz - Power Amplifier

DESCRIPTION The MA1046-1 is a 1.9 GHz band power amplifier (Po = +3.1W), constructed by 3 stages of GaAs MESFET, RF matching circuit, and DC bias circuit. The shield cap is made of metal. Input and Output impedances are designed to 50Ω. FEATURES Po = +35.0 dBm, Gain = +32 dB (min.) @1.9

Power Switching Regulators

MA4000 Series / Shindengen Electric Mfg.Co.Ltd

Silicon epitaxial planar type

Silicon epitaxial planar type For high frequency rectification ■ Features • IF(AV) = 500 mA rectification is possible • Optimum for high frequency rectification because of its short reverse recovery time (trr) • S-Mini type 3-pin package