adaptor 12v to 3.6v

Abstract: charging lithium ic PLP-10 BAT36 if105 mm3358
Contextual Info: MITSUMI Lithium-Ion Battery Charge Control IC MM3358 Lithium-Ion Battery Charge Control IC Monolithic IC MM3358 Outline This IC is a linear charge control IC for 1-cell Lithium-Ion and lithium-polymer batteries. It incorporates a power MOSFET and a reverse-current block circuit for easy implementation of charge

80pFMAX

Contextual Info: mil ELECTRICAL CHARACTERISTICS: Turns Ratio: 1CT:2CT±2% @100KHz,0.5V Inductance: Pri 22mH Min @100KHz,0.5V Leakage Inductance: Sec 15uH Max Interwinding Capacitance: 100pF Max @100KHz,0.5V CD: Pri 80pF Max DC Resistance: Pri 2.5 Ohms±25% Sec 4.3 Ohms±25% @25°C

Contextual Info: MITSUMI Lithium-ion battery charge control IC MM3458 Lithium-ion battery charge control IC Monolithic IC MM3458 Outline This IC does not require an externally provided sensing resistor or reverse-current protection diode, enabling reductions in the component count and the amount of generated heat.

Contextual Info: MITSUMI Li-ion Battery Charge Control IC MM3658AR Li-ion Battery Charge Control IC Monolithic IC MM3658AR Outline This IC is a linear charge control IC for 1-cell lithium iron phosphate LiFePO4 battery. The chip temperature detection function can limit the temperature rise in the IC during high power charging

A500K270

Contextual Info: Advanced v .2 ProASIC 500K Famüy F e atu res and B enefits • High Capacity • 98,000 to 1.1 Million System Gates • 14K to 138K Bit of Two-Port SRAM • 210 to 623 User I/Os • Performance • Corner-to-Corner Delay < 4 ns Typical • Clock-to-Out < 7 ns

Contextual Info: Advanced v.2 ProASICTM 500K Family Features and Benefits • High Capacity • 98,000 to 1.1 Million System Gates • 14K to 138K Bit of Two-Port SRAM • 210 to 623 User I/Os • Performance • Corner-to-Corner Delay < 4 ns Typical • Clock-to-Out < 7 ns

MM3458

Abstract: v9410
Contextual Info: MITSUMI Lithium-ion battery charge control IC MM3458 Lithium-ion battery charge control IC Monolithic IC MM3458 Outline This IC does not require an externally provided sensing resistor or reverse-current protection diode, enabling reductions in the component count and the amount of generated heat.

charging lithium ic

Abstract: 850mAh
Contextual Info: MITSUMI Lithium-ion battery charge control IC MM3458 Lithium-ion battery charge control IC Monolithic IC MM3458 Outline This IC does not require an externally provided sensing resistor or reverse-current protection diode, enabling reductions in the component count and the amount of generated heat.

Contextual Info: MITSUMI Lithium-ion battery charge control IC MM3458 Lithium-ion battery charge control IC Monolithic IC MM3458 Outline This IC does not require an externally provided sensing resistor or reverse-current protection diode, enabling reductions in the component count and the amount of generated heat.

um2800

Abstract: UM2816 UM2822 UM2802 UM2803 UM2825 UM2821 UM2817 UM2801 12V1
Contextual Info: UM2800 SERIES 16 to 30 Watt DC-DC Converters ♦ ♦ ♦ ♦ 2:1 Input Range High-Density Remote On/Off Control Six-Sided Shield SPECIFICATIONS GENERAL SPECIFICATIONS All specifications are typical at nominal line, full load and 25°C unless otherwise noted.

CC10C

Contextual Info: MITSUMI Lithium-ion battery charge control IC MM3458 Lithium-ion battery charge control IC Monolithic IC MM3458 Outline This IC does not require an externally provided sensing resistor or reverse-current protection diode, enabling reductions in the component count and the amount of generated heat.

Contextual Info: MITSUMI Lithium-Ion Battery Charge Control IC MM3358 Lithium-Ion Battery Charge Control IC Monolithic IC MM3358 Outline This IC is a linear charge control IC for 1-cell Lithium-Ion and lithium-polymer batteries. It incorporates a power MOSFET and a reverse-current block circuit for easy implementation of charge

Contextual Info: MITSUMI Lithium-ion battery charge control IC MM3458 Lithium-ion battery charge control IC Monolithic IC MM3458 Outline This IC does not require an externally provided sensing resistor or reverse-current protection diode, enabling reductions in the component count and the amount of generated heat.