| Motech Industries, Inc. |
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Item Number:
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DR 1001 |
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Product Name:
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Programmable DC Power Supplies |
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Description:
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We offer high quality Programmable DC Power Supplies and Testing Instruments.
Motech provides test and measurement instruments for a wide variety of industries. We specialize in programmable power supplies and manufacture them along with our LCR meters, function generators, and transmission line testers here in Taiwan. Each unit is handled with the utmost care to ensure quality and customer satisfaction.
The DR 1001 is part of our dual-range power supply(supplies) series¡Xthe Motech DR family. This particular model offers adjustable voltage-current combinations of up to 10V / 10A and 20V / 5A for up to 100 watts of programmable linear DC power. The DR 1001 power supply(supplies) has constant-voltage and constant current operational modes and is protected against over voltage, current, and temperature. Furthermore, the DR 1001 has an LED mode specially made for LED testing.
The Motech DR family is popular in the semiconductor and LED industries just to name a few. Use this versatile power supply(supplies) as a benchtop or rack mount it for ATE environments.
For more information, click here to download the data sheet.
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Features:
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Model Number |
DR 1001 |
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Low Range |
0 ~ 10V/0 ~ 10A |
| High Range |
0 ~ 20V/0 ~ 5A |
| Output Channel |
1 |
| Maximum Power |
100W |
| Weight |
7kg |
| Dimension ( W¡ÑH¡ÑD )mm |
210mm(W)x87mm(H)x414mm(D) |
| Line & Load1 Regulation¡Ó (% of output +offset) |
| Voltage |
¡Ø0.01%+1mV |
| Current |
¡Ø0.01%+250uA |
| Ripple and Noise( 20Hz ¡ã 20MHz ) |
| Normal Mode Voltage |
| ¡Ø0.35mVrms / 3mVpp for 20V/36V models, ¡Ø0.5mVrms/5mVpp for 70V model |
| ¡Ø1.5mVrms / 15mVpp for 200V model, ¡Ø4.5mVrms/45mVpp for 600V model |
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| Normal Mode Current |
¡Ø2mA |
| Common Mode Current |
¡Ø1.5uArms |
| Stability, constant output & temperature ¡Ó (% of output + offset), 8 hrs |
| Voltage |
| ¡Ø0.02%+2mV for ¡Ø70V models, ¡Ø0.02%+10mV for 200V model, |
| ¡Ø0.02%+20mV for 600V model |
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| Current |
¡Ø0.1%+1mA |
| Temperature Coefficient per ¢XC ¡Ó (% output + offset) |
| Voltage |
| ¡Ø0.005%+1mV for ¡Ø70V models, ¡Ø0.005%+10mV for 200V model, |
| ¡Ø0.005%+20mV for 600V model |
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| Current |
¡Ø0.01%+3mA |
| Programming Resolution & Readback Resolution |
| Voltage |
| ¡Õ1mV for 20V/36V models, ¡Õ2mV for 70V model, ¡Õ10mV for 200V model, |
| ¡Õ20mV for 600V model |
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| Current |
| ¡Ø0.1% + 5mA for ¡Ø70V models, ¡Ø0.1% + 1mA for 200V model, |
| ¡Ø0.1% + 0.1mA for 600V model |
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| Settling Time2 |
¡Ø30mS |
| Measurement Time |
¡Ø50mS |
| Transient Response Time3 |
¡Ø50uS for ¡Ø70V models, ¡Ø100uS for 200V/600V models |
| OVP Accuracy |
¡Ø0.5% + 0.1V for ¡Ø70V models, ¡Ø0.5% + 1V for 200V/600V models |
| OCP Accuracy |
¡Ø0.5% +0.1A |
| OVP/OCP Activation Time4 |
¡Ø1mS |
| Remote Sense Compensation |
1V Max |
| Rising Time at Full Load |
¡Õ10mS for ¡Ø70V models, ¡Õ40mS for 200V/600V models |
| Rising Time at No Load |
¡Õ10mS for ¡Ø70V models, ¡Õ40mS for 200V/600V models |
| Falling Time at Full Load |
¡Õ10mS for ¡Ø70V models, ¡Õ40mS for 200V/600V models |
| Falling Time at No Load |
250mS |
| Standard Interface |
USB (Virtual COM Port) |
| Optional Interface5 |
| LAN/GPIB Card¡BDigital I/O Analog Input Control Card¡BRS485 Card¡B |
| RS232 Card |
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| AC Line Input Voltage Ranges |
115/230 VAC(¡Ó10%)¡F47Hz~63Hz |
| Temperature Ratings |
Operating( 0¢XC ¡ã 40¢XC) Storage (- 10¢XC ¡ã 70¢XC) |
| Common-Mode Voltage |
¡Ó240Vdc |
| Warranty |
1year |
Specifications are subject to change without notice.
Specifications are based on rear panel output.
| 1. |
With sense terminal connected. |
| 2. |
Maximum time required for the output voltage to change from 1% to 99% or vice versa following the receipt of VOLTage or VSET command via direct GPIB or USB interface. |
| 3. |
Less than 50 £gsec(¡Ø70V models)/100 usec(200V/600V models) for output to recover to within 15 mV(¡Ø70V models)/50 mV(200V model)/120 mV(600V model) following a change in output current from full load to half load or vice versa. |
| 4. |
Average time for output to start to drop after OVP/OCP condition occurs. |
| 5. |
Digital I/O Analog Input Control Card Accuracy:¡Ó1% |
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Other
Description:
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