Negative Voltage DC-DC ADC DAC LCD Power Boost-Buck Converter Module(Output-12V)

$0.99

Negative Voltage DC-DC ADC DAC LCD Power Boost-Buck Converter Module(Output-12V)Negative Voltage DC-DC ADC DAC LCD Power Boost-Buck Converter Module(Output-12V)Negative Voltage DC-DC ADC DAC LCD Power Boost-Buck Converter Module(Output-12V)

Features: Adopted of high quality electronic components, and precision process, ensure for the durability Stable performance and high efficiency conversion rate. Small body and it can provide excellent performance Great workmanship and it has good connecting. Applied to instrumentation equipment, MCU board, motor power, instrumentation multimeter, Wifi/router/Ethernet devices Specification: Condition: 100% Brand New 3.3V: Input voltage: DC +3~+15V, output DC:-3.3V(Deviation is 3%) Maximum input current: 600mA Maximum output current: 500mA Quiescent current: 4-10mA 5V: Input voltage: DC +3~+15V, output: DC -5V(Deviation is 3%) Maximum input current: 500mA Maximum output current: 500mA Quiescent current: 4-10mA 6V: Input voltage: DC +3~+15V, output: DC -6V(Deviation is 3%) Maximum input current: 600mA Maximum output current: 430mA Quiescent current: 5-11mA 9V: Input voltage: DC +3~+15V, output: DC -9V(Deviation is 3%) Maximum input current: 500mA Maximum output current: 300mA Quiescent current: 6-14mA 12V: Input voltage: DC +3~+15V, output: DC -12V(Deviation is 3%) Maximum input current: 500mA Maximum output current: 220mA Quiescent current: 8-18mA 15V: Input voltage: DC +3~+15V, output: DC -15V(Deviation is 3%) Maximum input current: 500mA Maximum output current: 180mA Quiescent current: 10-20mA Optional Style: Output-3.3V, Output-5V, Output-6V, Output-9V, Output-12V, Output-15V Operating temperature range : 0~+70 Storage temperature range : -65~+150 Package List: 1 * Converter Module Note: Input voltage can not be greater than the maximum input range Output power can not be greater than the maximum load for a long time Input power must be greater than the output power, because the power consumption of the module itself