mic4417ym4 Micrel Semiconductor, mic4417ym4 Datasheet
mic4417ym4
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mic4417ym4 Summary of contents
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MIC4416/4417 General Description The MIC4416 and MIC4417 IttyBitty™ low-side MOSFET drivers are designed to switch an N-channel enhancement- type MOSFET from a TTL-compatible control signal in low- side switch applications. The MIC4416 is noninverting and the MIC4417 is inverting. These ...
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... MIC4416/4417 Pin Configuration Part Number Standard Pb-Free MIC4416BM4 MIC4416YM4 MIC4417BM4 MIC4417YM4 *Under bar symbol (_) may not be to scale. Pin Description Pin Number Pin Name 1 GND CTL MIC4416/4417 G GND 2 1 Part Identification Dxx CTL SOT-143 (M4) Marking Code* Standard Pb-Free ...
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MIC4416/4417 Absolute Maximum Ratings Supply Voltage (V ) .................................................... +20V S Control Voltage (V ) .................................. –20V to +20V CTL Gate Voltage (V ) ....................................................... +20V G Junction Temperature (T ) ........................................ 150°C J Lead Temperature, Soldering ................... 260°C for ...
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MIC4416/4417 Definitions I SUPPLY MIC4416 SUPPLY 4 MIC4416 = high CTL MIC4417 = low Source State (P-channel on, N-channel off) 5V 90% INPUT 10 90% OUTPUT 10 90% INPUT 10 ...
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MIC4416/4417 Typical Characteristics Note 3 Quiescent Supply Current vs. Supply Voltage 500 CTL 400 300 200 100 CTL SUPPLY VOLTAGE (V) Supply Current vs. Frequency 100 ...
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MIC4416/4417 Output Voltage Drop vs. Output Source Current 1200 NOTE 4 1000 800 SUPPLY 600 400 18V 200 100 OUTPUT CURRENT (mA) Output Source Resistance ...
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MIC4416/4417 Functional Diagram CTL D2 Logic-Level Input D3 35V Functional Description Refer to the functional diagram. The MIC4416 is a noninverting driver. A logic high on the CTL (control) input produces gate drive output. The MIC4417 is ...
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MIC4416/4417 Application Information The MIC4416/7 is designed to provide high peak current for charging and discharging capacitive loads. The 1.2A peak value is a nominal value determined under specific condi- tions. This nominal value is used to compare its relative ...
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MIC4416/4417 Power Dissipation The maximum power dissipation must not be exceeded to prevent die meltdown or deterioration. Power dissipation in on/off switch applications is negligible. Fast repetitive switching applications, such as SMPS (switch- mode power supplies), cause a significant increase ...
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MIC4416/4417 Package Information 0.950 (0.0374) TYP 0.800 (0.031) TYP 0.400 (0.016) TYP 3 PLACES MICREL INC. 2180 FORTUNE DRIVE SAN JOSE, CA 95131 USA + 1 (408) 944-0800 TEL This information furnished by Micrel in this data sheet is believed ...