LTC1871 DC-DC 3.5-30V 6A 100W Adjustable High Power Boost Module
Package MSOP
LTC1871 overview
LTC1871 DC-DC 3.5-30V 6A 100W Adjustable High Power Boost Power Module Step Up Board Converter 2 Way Display LED Voltmeter also called Adjustable High Power Boost Power Module Step Up Board Converter, LTC1871 DC-DC 3.5-30V 6A 100W Board Converter, 2 Way Display LED Voltmeter.
Key specifications
weight
40g
Dimensions
67 x 42 x 18mm (L x W x H)
Input voltage
DC 3.5-30V
Output power
100W maximum {Note: according to the law of conservation of power, computation under the condition of the rated output current: Uin*Iin*efficiency =Uout*Iout(Uin: input voltage, In input cur
Output voltage
3.5v-30v (step-up mode, the input must be less than or equal to the output voltage)
Input current
6A (maximum 10A)
Voltage meter accuracy
± (5 ‰ +1 digit)
Static power consumption
Typical about 15mA(With the input voltage, output voltage and the color is closely related to the digital pipe. The actual current there is a deviation)
Datasheet
datasheet-47.pdf
Format PDFSize 411 KBLanguage EN
Third-party / unverified source
LTC1871 features
- High Efficiency (No Sense Resistor Required)
- Wide Input Voltage Range: 2.5V to 36V
- Current Mode Control Provides Excellent
- Transient Response
- High Maximum Duty Cycle (92% Typ)
- ±2% RUN Pin Threshold with 100mV Hysteresis
- ±1% Internal Voltage Reference
- Programmable Operating Frequency (50kHz to 1MHz) with One External Resistor
- Synchronizable to an External Clock Up to 1.3 × fOSC
- User-Controlled Pulse Skip or Burst Mode® Operation
- Internal 5.2V Low Dropout Voltage Regulator
- Output Overvoltage Protection
- Capable of Operating with a Sense Resistor for High
- Output Voltage Applications
- Small 10-Lead MSOP Package
LTC1871 pinout
| Name | Description |
|---|---|
| In+ | Input positive |
| In- | Input negative |
| Out+ | Output positive |
| Out- | Output negative |
More about LTC1871
Specifications of LTC1871 Adjustable Power Boost Module
| Output power | 100W maximum {Note: according to the law of conservation of power, computation under the condition of the rated output current: Uin*Iin*efficiency =Uout*Iout(Uin: input voltage, In input current)} |
Comments 0
Leave a comment