Voltage dividers resistor network, audio control, array, Motion control

Thoturs193902 Aug, 2021Business

CRCW Series 0603 4.7 kOhm ?1% 0.1 W ?100 ppm/K Thick Film Chip Resistor, Types of Resistors, resistor networks, surface mount fixed resistors, Voltage dividers resistor network, audio control, array, Motion control CRCW Series 0603 4.7 kOhm ?1% 0.1 W ?100 ppm/K Thick Film Chip Resistor, Types of Resistors, resistor networks, surface mount fixed resistors, Voltage dividers resistor network, audio control, array, Motion control CRCW Series 0603 4.7 kOhm ?1% 0.1 W ?100 ppm/K Thick Film Chip Resistor, Types of Resistors, resistor networks, surface mount fixed resistors, Voltage dividers resistor network, audio control, array, Motion control

What is a Tantalum electrolytic capacitor, Tantalum capacitor manufacturer

Thoturs193902 Aug, 2021Business

593D Series 100 uF ?20 % 10 V Surface Mount Molded Solid Tantalum Capacitor, Tantalum polymer capacitor, Wet tantalum capacitors, Tantalum capacitor type, What is a Tantalum electrolytic capacitor, Tantalum capacitor manufacturer 593D Series 100 uF ?20 % 10 V Surface Mount Molded Solid Tantalum Capacitor, Tantalum polymer capacitor, Wet tantalum capacitors, Tantalum capacitor type, What is a Tantalum electrolytic capacitor, Tantalum capacitor manufacturer

Wireless Connectivity solutions, high voltage transistor, bjt

Thoturs193902 Aug, 2021Business

BAS116 Series 85 V 215 mA Surface Mount Low-Leakage Diode - SOT-23, NPN transistors, npn bipolar, bipolar transistor circuits, Wireless Connectivity solutions, high voltage transistor, bjt BAS116 Series 85 V 215 mA Surface Mount Low-Leakage Diode - SOT-23, NPN transistors, npn bipolar, bipolar transistor circuits, Wireless Connectivity solutions, high voltage transistor, bjt BAS116 Series 85 V 215 mA Surface Mount Low-Leakage Diode - SOT-23, NPN transistors, npn bipolar, bipolar transistor circuits, Wireless Connectivity solutions, high voltage transistor, bjt

Programmable switching regulator, power frequencies switching power regulator

Thoturs193902 Aug, 2021Business

Switching regulators are efficient because the series element is either fully conducting or switched off because it dissipates almost no power. Switching regulators are efficient because the series element is either fully conducting or switched off because it dissipates almost no power. Switching regulators are efficient because the series element is either fully conducting or switched off because it dissipates almost no power.

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