24 volt to 1.5V, 3V, 4.5V, 6V, 7.5V, 9V, 12V Volt DC/DC Converter

(Adjustable DC Regulator)

Very reliable, inexpensive switchmode, regulated DC/DC converter adjustable to various voltages. 2 Amp output.

These switchmode voltage reducers can power a wide variety of DC input products from 24 volt and 28 volt trucks, heavy equipment, and aircraft cigarette lighter power points.

This product has been extensively tested and approved by PowerStream Engineers

These are used by original equipment manufacturers to power their devices whenever 6V to 30V is available, and a reduction in voltage is required. It is an easy way to make your equipment mobile.

Retail or Wholesale. The PST-DC292 works fine in either 12 volt or 24 volt vehicles.

Price $18.95 each

PST-DC292	1-20	21-100	101-500	501+
Price Each	$18.95	$17.85	$13.75	$11.95

Specifications

Model Number	PST-DC292 DC/DC Converter
Voltage Range for input	6 VDC to 30 VDC (see chart below)
Output Power Peak	24 Watts
Peak Output Amps	2000 to 3000 mAmps output, see blue chart below
Output Voltage switched	1.5, 3, 4.5, 5.0, 6.0, 7.5, 9.0, 12.0 Volts
Actual Output Voltage	See chart below
No-Load Overhead	10 to 30 mA, see chart below
Line Regulation	1 to 2%
Load Regulation	2 to 5%
Efficiency	54 to 78%
Automotive surge protection	Withstands the standard 80 volt load dump test.
Input cable length and wire gauge	20 inches, AWG 18, metric 52cm
Output cable length and wire gauge	60 inches, AWG 18, metric 150 cm
Agency Approvals	ROHS, CE
Dimensions	100mm x 70mm x 32mm 4" x 2.75" x 1.25" inches
Weight	200 g, 7 ounces, 0.44 lbs
Click on drawing for a larger version

Connectors Included
2.5 mm audio-style		5.5 OD x 1.5 mm ID Barrel
3.5 OD x 1.35 ID Barrel		3.5 mm audio-style
5.5 mm OD x 2.1 mm ID Barrel		5.5 mm OD x 2.5 mm OD Barrel
16 connector set available extra, click here.

Voltage Setting	Typical Voltage	Used on Equipment Requiring*	Minimum Input Voltage	Maximum Output mA	Efficiency at 1 Amp output, 12 Volts Input	Line Regulation at 1 Amp	Load Regulation at 12 volts in	No-Load Overhead at 12 V input
1.5V	1.83	1VDC to 2VDC	6VDC	3000mA	54%	2% 7-30 Volts input	5% 0.1-2 A output 10% 0.1-3 A output	10 miilliamps
3V	3.3	2VDC to 3VDC	6VDC	2750	60%	1% 7-30 Volts input	5% 0.1-2 A output	10 milliamps
4.5V	4.8	3.5VDC to 5.5VDC	6VDC below 1 Amp, 8VDC at 2 amps	2200	65%	1% 7-30 Volts input	3% 0.1-2 A output	10 milliamps
6V	6.3	4.5VDC to 6.5VDC	8VDC below 1.5 amps, 9 V at 2 amps	2200	72%	1% 8-30 Volts input	3% 0.1-2A output	20 milliamps
7.5V	7.8	5.5VDC to 8VDC	9VDC below 1 A, 10.3 V at 2 A	2100	78%	1.5 % 9-30 Volts input	3% 0.1-2 A output	20 milliamps
9V	9.5	7VDC to 10VDC	10VDC	2100	73%	2 % 12-30 Volts input	2% 0.1-2A output	20 milliamps
12V **	12.8	10VDC to 14VDC	14VDC	2000mA	73% 24 V input	2% 16-30Volts input	4% 0.1-2 A output	30 milliamps 24 V input

*Note: Devices using batteries can accept a wide range of input voltages, for example alkalines vary between 1.5 and 1 volt per cell during discharge. This guideline takes this into account. Also most wall-mount adapters are unregulated. So select the closest to your nominal voltage and don't worry about finding the exact voltage.

**Although the 12 volt setting requires 14VDC to stay regulated, the 13.6VDC supplied by a car battery even when the car is off will supply over 11.5VDC, will be adequate for most 12 volt devices.


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