SIGLENT SPD3303X ALIMENTATION PROGRAMMABLE 3 VOIES 220W
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SIGLENT SPD3303X ALIMENTATION PROGRAMMABLE 3 VOIES 220W

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Description

Alimentation de laboratoire 3 voies avec écran 4.3 '' couleur
Fonction de mise en serie et parraléle
Programmation en fonction du temps de la tension de sortie
Interface : USB et LAN
Ecran 4.3'' - 4 digits en tension 3 digits en courant
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Sortie Voie 1 : 0...32V | 0...3.2A
Sortie Voie 2 : 0...32V | 0...3.2A
Sortie Voie 3 : 2.5/3.3/5.0V | 3.2A
Resolution :10mV/10mA 
        options :  1mV/1mA

Protection contre les court-circuits et surcharge
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Livraison :
CD avec logiciel EasyPower
 

Tension : 2x0...32V+2.5/3.3/5V

Disponibilité : En stock
€449,00 €470,00

 

 

Product Overview***********************

 

Siglent’s SPD3000X Series Programmable Linear DC Power Supply has a 4.3 inch TFT-LCD display, supports Remote Programming and has a Real Time Wave Display. The ‘3000X family has three isolated outputs; two adjustable channels and one selectable channel from 2.5 V, 3.3 V, and 5 V. It also has output short and overload protection and can be used in production and development.

Channel Output Display Resolution Setting Accuracy Readback Accuracy
SPD3303X CH1: Voltage 0 to 32 V
Current 0 to 3.2 A
CH2: Voltage 0 to 32 V,
Current 0 to 3.2 A
CH3: Voltage 2.5/3.3/5.0 V,
Current 3.2 A		 4.3" color TFT-LCD 5 digit voltage display
4 digit current display		 1 mV,
1 mA		 Voltage±(0.03% of reading+10mV)
Current±(0. 3% of reading+10mA)		 Voltage±(0.03% of reading+10mV)
Current±(0.3% of reading+10mA)
SPD3303X-E CH1: Voltage 0 to 32 V
Current 0 to 3.2 A
CH2: Voltage 0 to 32 V,
Current 0 to 3.2 A
CH3: Voltage 2.5/3.3/5.0 V, Current 3.2 A		 4.3" color TFT-LCD 4 digit voltage display
3 digit current display		 10 mV,
10 mA		 Voltage: ± (0.5% of reading + 2 digits)
Current ± (0.5% of reading + 2 digits)		 Voltage: ± (0.5% of reading + 2 digits)
Current: ± (0.5% of reading + 2 digits)

Key Features

  • 100/120/220/230 V compatible design to meet the needs of different power grids
  • Intelligent temperature-controlled fan effectively reduces fan noise
  • Clear graphical interface, with waveform display function
  • Five internal groups of system parameter save/recall, supports data storage space expansion
  • Free PC software; Easypower. Also supports remote programming and includes a LabView driver

Vidéos **********************************

Power Supply Design: Load Step Response with a SIGLENT DC Electronic Load

 April 3, 2020

In this video, I compare the response from two power supplies using a stepped load to show the differences between a well-tuned supply and one that exhibits excessive ringing. Also, add in some basic instrument requirements to help get you started making your own step load tests.

Here, I use a SIGLENT SDL1X-E DC Electronic load to perform the dynamic load requirements, an SPD1168X power supply to power the board, a CP4070 current probe to monitor the load current, and a SIGLENT SDS2354X Plus oscilloscope to measure the response and perform some averaging to clean up noise.

 

Past, Present and Future: Siglent SPD3303X Bench Power Supply

Firmware and Software Downloads *****

 

SPS5000X Series wide range programmable Switching DC Power Supply

Firmware View Release Notes

  • SPS5000X Firmware – V3.1.1.6 (Release Date 08.16.21 )  Download

Software

Drivers

SPD3303X / SPD3303X-E Series Programmable DC Power Supplies

Firmware View Release Notes

  • SPD3303X-E Firmware - 1.01.01.02.07R2 (Release Date 02.05.21 )  Download
  • SPD3303X Firmware - 1.01.01.02.07R2 (Release Date 02.05.21 )  Download
  • SPD3303X-E Firmware - 1.01.01.02.05 (Release Date 12.11.17 )  Download
  • SPD3303X Firmware - 1.01.01.02.05 (Release Date 12.11.17 )  Download
  • SPD3303X-E Firmware - 1.01.01.02.03 (Release Date 12.28.16 )  Download
  • SPD3303X Firmware - 1.01.01.02.03 (Release Date 12.28.16 )  Download

Software

  • EasyPower - 1.01.01.18 (Release Date 04.29.19 )  Download
  • EasyPower - 1.01.01.16 (Release Date 08.20.18 )  Download

Drivers

  • SPD3303 LabVIEW driver - P15 (Release Date 03.01.16 )  Download

SPD3303D / SPD3303S Series Programmable DC Power Supplies (Discontinued)

Firmware

  • SPD3303D Firmware - 1.01.01.06R2 (Release Date 01.07.15 )  Download

Software

  • EasyPower - 1.01.01.18 (Release Date 04.29.19 )  Download
  • EasyPower - 1.01.01.16 (Release Date 08.20.18 )  Download

Drivers

  • SPD3303 LabVIEW driver - P15 (Release Date 03.01.16 )  Download

SPD1000X Series Programmable DC Power Supply

Firmware View Release Notes

  • SPD1305X Firmware - 2.1.1.8 (Release Date 04.29.19 )  Download
  • SPD1168X Firmware – 2.1.1.8 (Release Date 04.29.19 )  Download
  • SPD1000X Firmware-2.01.01.06R1 (Release Date 07.18.18 )  Download

Software

  • EasyPower - 1.01.01.18 (Release Date 04.29.19 )  Download
  • EasyPower - 1.01.01.16 (Release Date 08.20.18 )  Download

Drivers

  • SPD1000X LabVIEW driver (Release Date 12.08.20 )  Download

SPD3303C Series Programmable DC Power Supplies

Firmware View Release Notes

  • SPD3303C Firmware - 1.02.01.01.03R6 (Release Date 10.27.20 )  Download
  • SPD3303C Firmware - 1.01.01.02 (Release Date 09.30.14 )  Download

Software

  • EasyPower - 1.01.01.18 (Release Date 04.29.19 )  Download
  • EasyPower - 1.01.01.16 (Release Date 08.20.18 )  Download

Drivers

  • SPD3303 LabVIEW driver - P15 (Release Date 03.01.16 )  Download

Document Downloads ******************

SPS5000X Series wide range programmable Switching DC Power Supply

SPD3303C Series Programmable DC Power Supplies

SPD3303D / SPD3303S Series Programmable DC Power Supplies (Discontinued)

SPD3303X / SPD3303X-E Series Programmable DC Power Supplies

SPD1000X Series Programmable DC Power Supply

Operating Tips **************************

Protecting an SPD from an active load/battery

 December 28, 2021

The output channels of SIGLENT SPD series power supplies have a protection diode with protection voltage and current rating of < 32V/1A. If the reverse voltage and current of the battery or power source connected to the SPD is > 32V/1A, you should add a protection diode between the power supply and load as below: