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MIC2185YM-TR
Integrated Circuits (ICs)

MIC2185YM-TR

Obsolete
Microchip Technology

14V SYNCHRONOUS BOOST PWM CONTROL

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MIC2185YM-TR
Integrated Circuits (ICs)

MIC2185YM-TR

Obsolete
Microchip Technology

14V SYNCHRONOUS BOOST PWM CONTROL

Technical Specifications

Parameters and characteristics for this part

SpecificationMIC2185YM-TR
Clock SyncYes
Control FeaturesFrequency Control, Enable, Soft Start
Duty Cycle (Max)100 %
Frequency - Switching400 kHz
FunctionStep-Down
Mounting TypeSurface Mount
Number of Outputs1
Operating Temperature (Max)85 °C
Operating Temperature (Min)-40 °C
Output ConfigurationPositive
Output Phases1
Output TypeTransistor Driver
Package Length0.154 in
Package Name16-SOIC
Package Width3.9 mm
Synchronous RectifierNo
TopologyBuck
Voltage - Supply (Vcc/Vdd) Maximum14 V
Voltage - Supply (Vcc/Vdd) Minimum2.9 V

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$Updated
Microchip DirectT/R 1$ 4.771m+
25$ 3.97
100$ 3.60
1000$ 3.48
5000$ 3.44

CAD

3D models and CAD resources for this part

Description

General part information

MIC2185 Series

MIC2185 is a high efficiency synchronous boost PWM control IC. With its wide input voltage range of 2.9V to 14V, the MIC2185 can be used to efficiently boost voltages in 1- or 2-cell Li-Ion battery powered applications, as well as fixed 3.3V and 5V systems. Its powerful 5 Ohm output drivers allow the MIC2185 to supply large output currents with the selection of the proper external MOSFETs.

With it's fixed frequency PWM architecture, and easily synchronized drive, the MIC2185 is ideal for noise-sensitive telecommunications applications. The nominal 400kHz operating frequency of the MIC2185 can be divided by two, allowing the device to be externally synchronized to frequencies below 400kHz.

The MIC2185 also features a low current shutdown mode and a programmable undervoltage lockout. A skipped pulse mode of operation can be manually set to achieve higher efficiencies at light load conditions.