KEHIPI
KEHIPI 2001708005 DC-DC Buck Boost Converter 4.8-35V to ±15V 660mA Power Adapter
Converts 4.8-35 V DC input to ±15 V dual output at 660 mA for op-amps and sensors
- ColorBlack Blue
- Dimensions12.5 in x 27.5 in x 12.5 in
- Weight1.02 ounces
- Dual ±15 V rails power op-amps and sensors from 4.8–35 V input
- Up to 88 % conversion efficiency at 24 V input reduces heat
- Compact 64 × 27.5 × 12.5 mm module fits tight enclosures
- Self-restoring short-circuit protection safeguards the converter
- Pin-header or lead mounting gives flexible PCB integration
Dual ±15 V regulator for analogue circuits
The KEHIPI 2001708005 is a DC-DC buck-boost module that accepts 4.8–35 V input and produces a positive-negative ±15 V rail at up to 660 mA. It targets designers powering operational amplifiers, sensors or audio front-ends from a single supply.
Input range and protection limits
The converter operates from 4.8 V to 35 V and tolerates brief excursions to 40 V, but the enable pin must not share the VIN potential or the output becomes unstable. Short-circuit protection is self-resetting yet cannot survive prolonged shorting, and a minimum load of 30 mA is required for regulation.
Capacity, headroom and derating
Rated output is 660 mA per rail with typical efficiency of 88 % at 24 V input, while ripple stays at 35 mV / 30 mV under full load. At lower input voltages the usable current drops according to the derating curve, so high-current designs must verify the curve before committing to the 660 mA figure.
Highlights
- Dual ±15 V rails power op-amps and sensors from 4.8–35 V input
- Up to 88 % conversion efficiency at 24 V input reduces heat
- Compact 64 × 27.5 × 12.5 mm module fits tight enclosures
- Self-restoring short-circuit protection safeguards the converter
- Pin-header or lead mounting gives flexible PCB integration
Specifications
| Brand | DROK |
|---|---|
| Model | 2001708005 |
| Part Number | 2001708005 |
| Color | Black Blue |
| Dimensions | 12.5 in x 27.5 in x 12.5 in |
| Weight | 1.02 ounces |
Questions about this item
Should I pick the ±15 V 660 mA version or look for a higher-current model?
This module delivers ±15 V at 660 mA per rail with a 30 mA minimum load; choose it when your op-amp or sensor circuit stays within that current envelope.
What does the 88 % efficiency figure mean when the board is powered from a 24 V source?
At 24 V input the converter reaches 88 % conversion efficiency, so roughly 12 % of input power becomes heat while supplying full ±15 V output.
The input range is 4.8–35 V — what happens at the extremes?
Operation is specified from 4.8 V to 35 V DC; below 4.8 V the regulator cannot maintain ±15 V, and above 35 V the input voltage exceeds the rated maximum.
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