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High efficiency
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2100 V/100 μA output ranges
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Available with positive or negative polarity
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Compact package: 29x54x16 mm3 (WxLxH)
The A7502 is a high efficiency, low noise single channel High Voltage DC/DC converters in a PCB mount form factor. It provides a programmable and monitorable output voltage ranging from 0 to 2100 V, when supplied with a +5 V input. It is available with either positive or negative output voltage. The output voltage is regulated by providing a 0 to +2.5 V external voltage (Vset). The maximum output current is 100 µA, regulated by providing 0 to +2.5 V external voltage (Iset). The board is provided with an over-current protection: if a current larger than the Iout maximum value is drawn, the module is not being damaged.
Thanks to its excellent stability and special design, A7502 power supply is engineered to work in harsh environment and under severe temperature variations.
The module is engineered on a FR4 PCB, coated and housed in DC01 steel box. CAD Altium library components and 3D step models are available on request.
Safety Features Include:
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Overcurrent detection if the channel attempts to draw a current larger than Iset, the output voltage is varied to keep the current below Iset limit. The channel behaves like a current generator.
Accessories
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A7501
A7504C
A7505
A7508
A7511
A7526
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Compare
|
Image
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Name
|
No. of Channels
|
Max Output V
|
Max Output I
|
Vset Input (V)
|
Vmon Output (V)
|
Imon Output (V)
|
Ripple Typ.
|
Power requirement (mW)
|
Operating temperature
|
Voltage Supply (Vin)
|
|
|
A7505 |
1 |
1600 V |
500 µA |
0 ÷ +2.6 |
0 ÷ +2.6 |
0 ÷ +2.6 |
< 5 mVpp |
< 1600 |
-55° C ÷ +80° C |
+12V (±5%) |
|
|
A7502 |
1 |
2100 V |
100 µA |
0 ÷ +2.5 |
0 ÷ +2.5 |
0 ÷ +2.5 |
< 5 mVpp |
< 500 |
-40°C ÷ +70° C |
+5V (±5%) |
|
|
A7504C |
1 |
4000 V |
100 µA |
0 ÷ +2.5 |
0 ÷ +2.5 |
0 ÷ +2.6 |
< 10 mVpp |
< 1200 |
-55° C ÷ +80° C |
+12V (±10%) |
|
|
A7508 |
1 |
800 V |
50 µA |
0 ÷ +2.5 |
0 ÷ +2.5 |
0 ÷ +2.5 |
< 5 mVpp |
< 100 |
-40°C ÷ +70° C |
+5V (±5%) |
|
|
A7520 |
1 |
2000 V |
700 µA |
0 ÷ +2.45 |
0 ÷ +2.45 |
0 ÷ +2.2 |
< 8 mVpp |
< 2500 |
-55° C ÷ +80° C |
+12V (±10%) |
|
|
A7511 |
1 |
1100 V |
1 mA |
0 ÷ +2 |
0 ÷ +2 |
0 ÷ +2 |
< 5 mVpp |
< 1600 |
-55° C ÷ +80° C |
+12V (±5%) |
|
|
A7526 |
1 |
2600 V |
500 µA |
0 ÷ +2.4 |
0 ÷ +2.4 |
0 ÷ +2 |
< 5 mVpp |
< 2000 |
-55° C ÷ +80° C |
+12V (±10%) |
|
|
A7501 |
1 |
2100 V |
100 µA |
0 ÷ +2.5 |
0 ÷ +5 |
0 ÷ +2.5 |
< 5 mVpp |
< 400 |
-40°C ÷ +70° C |
+12V (±5%) |
Technical Specifications
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Packaging |
Material: DC01; dimension: W=29 mm ; L=54 mm ; H=16 mm |
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Number of Channels |
1 |
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Maximum Output Current (Iout) |
100 µA at +2100 V |
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Output Voltage (Vout) |
0 ÷ 2100 V |
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Contact pins |
Male strip header; 2.54mm step; phosphor bronze; UL94V0 insulator |
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Protection |
Over current, short circuit, sparks and humidity |
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Operating temperature |
-40° C ÷ +70° C |
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Storage temperature |
-55° C ÷ +85° C |
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Output Ripple (Full Load) |
Typical 5 mVpp; Maximum 10 mVpp |
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Efficiency |
~ 50% @ Vout = 2100 V (-45° C ÷ +70° C) |
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Vout / Temperature coefficient |
< 10-4 / °C |
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DeltaVout/Vout (for ±5% Vin variations) |
<1.5 X 10-3 @ full scale |
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Vout vs. Vset Integral Non Linearity |
<±0.3% (-60° C ÷ +60° C) |
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Vmon vs. Vout Integral Non Linearity |
<±0.3% (-60° C ÷ +60° C) |
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Voltage Supply (Vin) |
+5 V ± 5% |
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Enable |
|
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Vset Input (positive analog command) |
0 ÷ +2.5 V Important!: Vset must not exceed 2.5 V (Vout is not limited) |
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Vmon Output (positive analog command) |
<±0.3% (-60° C ÷ +60° C) |
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Iset input (positive analog command) |
0 ÷ +2.5 V |
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Imon Output (positive analog command) |
0 ÷ +2.5 V |
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Status OVC bit |
0÷5 V (high = OVC) |
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Electromagnetic compatibility |
Weak emission of electromagnetic impulse and RF; one-piece metal shielding with several ground connections |
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Power requirement |
500 mW; @ 2100 V / 110 µA (Rload ~ 20 Mega Ω) |
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Thermal stability (DeltaVout/Vout) |
< 10-4 / °C |
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