HT2300 Programmable Linear DC Power Supply, Triple-output

Descripción del producto

The HT***0 product line, which includes HT***0, HT***2, HT***6 and HT***4, is a programmable DC power supply family that features high accuracy, high stability and low noise with independently operative 3 channel outputs.

With the embedded**-Bit digital to analog converter, which controls output voltage/current, and **-Bit analog to digital converter, which reads output voltage/ current and high accuracy voltage reference resources, users attain precise and output figures.

The HT***0 is controlled by high-end microprocessor. Equipped with RS***2C, USB and GPIB interfaces (optional), and with its compatibility with SCPI commands (Standard Commands for Programmable Instruments), it fulfills users’ needs extensively. The HT***0 also achieves higher accuracy by its software calibration, which avoids errors caused by manual operations.

In terms of over voltage/current protection (OVP/OCP), the HT***0 rapidly detects a problem by utilizing a combination of software configuration and hardware detection, which ensures connected objects against damages if any problem occurs.

1.2 Features

1.          Individual operative design of *-channel output terminals

2.          Stable output regulation with low noise and high precision

3.          High resolution of output/Read capabilities:

            Voltage= *0 mV. Current= 1mA

4.          Back lighted **0x**0 LCD display

5.          Over-voltage, over-current and over-temperature protection

6.          Short circuit and reverse polarity Protection

7.          Intelligent Fan control

8.          Auto Run mode and delay time setting

9.          Parallel Connection , Series Connection and track modes

*0.      **0 configurable and recallable states in the memory

*1.      Output ON/OFF delay time function

*2.      ON/OFF control at the output terminals

*3.      Standard RS***2C and USB interfaces

*4.      Optional GPIB(IEEE***8.2) interface

Specifications:

Model                    HT***0          HT***2               HT***6          HT***4

CH1&CH2 Output Rating:        

  Voltage               0 ~ *0V           0 ~ *2V                0 ~ *6V           0 ~ *4V

  Current               0 ~ 3A             0 ~ 3A                   0 ~ 1.5A                  0 ~ 1.5A

  OVP                   0.1 ~ *1V        0.1 ~ *4V              0.1 ~ *8V        0.1 ~ *6V

  OCP                   0.*1 ~ 3.2A     0.*1 ~ 3.2A           0.*1 ~ 1.7A     0.*1 ~ 1.2A

CH3 Output Rating: 

Voltage                                                3.3V or 5V

Current                                                       3A

OVP                                                      None

OCP                                               Enable / Disable

Load Effect  

  Voltage               <3mV

  Current            <3mA

Source Effect  

  Voltage               <3mV

  Current                <3mA

Ripple and noise  

  Voltage               <1mVrms

  Current           <3mArms (<5mArms when Load>3A)

Programming accuracy  

  Voltage           <0.*5 percent  + *5mV  (**0mV when Voltage>*6V)

  Current           <0.2 percent  + *0mA

  OVP                    <2 percent  + 0.6V

  OCP                   <2 percent  + *0mA 

Programming Resolution  

  Voltage                *0mV (*0mV when Voltage>*6V)

  Current                1mA ( 2mA when Current >3A)

  OVP                   *0mV

  OCP                    1mA

Readback accuracy  

  Voltage               <0.*5 percent  + *5mV (**0mV when Voltage>*6V)

  Current               <0.2 percent  + *0mA

Readback Resolution  

  Voltage                *0mV

  Current               1mA (2mA when > 3A)

Transient Response Time <**0us (*0 percent to **0 percent load effect) 

OVP/OCP Accuracy  

  Voltage                       <2 percent  + 0.6V

  Current                       <2 percent  + *0mA

Stability (8hrs)  

  Voltage                       <**0ppm + 3mV

  Current                        <**0ppm + 3mA

Temperature Coefficient (per C)  

  Voltage                        <**0ppm + *0mV (**0mV when Voltage>*6V)

  Current                       <**0ppm + *0mA

Response Time  

  Voltage Up                 *0 percent  ~ *0 percent  <**0ms

  Voltage down