Analog Technologies AHVA250V2X40MA Quick Start Manual

Analog Technologies
Figure 1. Physical Photos of AHVA250V2X40MA

MAIN FEATURES


Built-in High Voltage Converter

Compact Size: 176.5(L)×147.0(W)×41.2(H) mm

High Current Capability: Up to 40mA
Table 1. Descriptions of Terminal Block Pin Functions
Pin # Name
1 VPS
2 PGND
3 SBDN
4 AGND
5 10VR
6 IHVMON
7 HVMON
8 OFFSO
9 GND
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Copyrights 2000-2023, Analog Technologies, Inc. All Rights Reserved. Updated on 7/7/2023
Type
Power Input Power supply 24V.
Power Ground Power ground pin.
Digital Input This is a duplex pin. It sets the amplifier into Off, Standby or On mode.
Signal Ground Signal ground pin. Connect ADC and DAC grounds to here.
Analog Output 10V voltage reference.
Analog Input -
Output voltage indication. When going from 0.4V to 10V, it indicates the
Analog Output
output voltage is from 10V to 250V.
Output voltage setting. When going from 0.4V to 10V, it indicates the output
Analog Output
voltage is from 10V to 250V. The pin is controlled by a potentiometer.
Signal Ground Signal ground pin. Connect ADC and DAC grounds to here.
High Voltage Amplifier/Piezo Driver
AHVA250V2X40MA

High Slew Rate: 100V/µs

Wide Output Voltage Range: V

Offset Voltage Range: 10V

Bandwidth: Up to 10kHz

Weight: 2.2lb (1.0kg)

APPLICATIONS

High voltage amplifications for driving piezos and other high
voltage loads.

DESCRIPTION

The AHVA250V2X40MA is an electronic module for
amplifying an analog input voltage into a high voltage output.
Figure 1 shows its physical photo. It comes with a high voltage
DC-DC converter, which converts the 24V input voltage into a
10 to 250V output voltage. The analog output voltage can
swing almost from 10 to 250V when it is powered by a 24V
power supply. There is three LEDs indicating if the amplifier
works properly.
CAUTION
First, set up the AC power supply and fix it stably and firmly.
Then make sure that the two switches of the high voltage
amplifier are OFF. Connect the 24V DC power supply to the
VPS and PGND of the high voltage amplifier. After the
connection is complete, turn on the low voltage switch and set
the input AC voltage or DC voltage. Then use the output
monitor to check whether the input set voltage is correct.
Finally turn on the high voltage switch.
Description
Email: staff@analogti.com/sales@analogti.com
= 10 ~ 250V@V = 24V
OUT IN
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