Privacy policies

GDPR data Terms of use Cookies policy Privacy policy Delivery and Payment How to order?
I agree with terms and conditions Continue
 
office@distek.ro  +40 760952425   Ask price (0) 
 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 


GOODWILL INSTEK GPD-Series

Code: GOODWILL INSTEK GPD-Series


 
Datasheet PDF, 3.04 Mb
     

Description

The GPD-X303S Series contain the superior technology and high quality which GW Instek had established through its long history of power supply design and manufacturing.The GPD-X303 Series offers digital panel control, large display, bright LED indicators, high output resolution, 4 sets of setup memory, USB remote control and smart cooling fan control. Additionally , the GPD-X303S Series provide easy operation , a wide selection of panel setting and operation , a wide selection of panel settings. All these features make the GPD-X303 Series the most proming new comer in the power supply maeket.

 

Features:

  • 2/3/4 Independent Isolated Output
  • 4 LED Display Sets: 3 digits after decimal point
  • Minimum Resolution :
  • 1mV/1mA(GPD-2303D/GPD-3303S/GPD-4303S)
  • 100mV/10mA(GPD-3303D)
  • Digital panel control(rotary encoder Switch, rubber key with indicator)
  • User-friendly operation, coarse/fine volume control
  • 4 Sets Save/Recall
  • Key-Lock
  • Output on/off
  • Tracking Series and Parallel mode
  • Smart cooling fan achieving low noise
  • USB Standard Interface
  • PC Software & USB Driver
  • Labview driver
 

More products INSTEK

DIGITAL OSCILLOSCOPE DUAL INDEPENDENT FLOATING ISOLATED CHANNELS 20MHZ INSTEK GDS-122

• 20MHz Bandwidth
• 100MS/s Real-Time Sampling Rate
• True RMS Multimeter: Volt, AMp, Ohm, Continuity, Diode
• Dual Independent Floating Isolated Channels
• Trigger Mode: Free Run, Single Shot, Edge, Video
• USB Interface
• 6 Hour Capacity Li-ion Rechargeable Battery
• 3.8" Color LCD, Resolution: 320 x 240
• Light Weight: 690g

 
GOODWILL INSTEK PSM-SERIES

• Safety design: OVP,OCP & OTP;Output ON/OFF control
• Self-test and software calibration
• Highly visible vacuum-fluorescent display
• Front and rear output terminal

 
GOODWILL INSTEK GPM-8213

• Two data display modes
• Standard : two major measurement items + six secondary measurement items
• Simple : displaying test data of four different measurement items
• Met the requirement of IEC 62301 power measurement
• Voltage/ current test frequency bandwidth : DC~6kHz

 
GOODWILL INSTEK PLR-SERIES

• Output Voltage Rating:20V / 36V / 60V
• Output Power:360W / 720W
• Low Ripple and Noise (0.5mVrms/ 10mArms)
• Fast transition recovery time(100us)
• Maximum 2 units in series connections or 3 units in parallel connections

 
GOODWILL INSTEK GFG-8200A SERIES

• Frequency Range: 0.3Hz ~ 3MHz (GFG-8215A/8216A/8217A/8219A)
• Frequency Range: 0.5Hz ~ 5MHz (GFG-8250A/8255A)
• Waveforms: Sine, Triangle, Square,Ramp, TTL and CMOS Output
• External Voltage Controlled Frequency (VCF) Function

 
GOODWILL INSTEK GAG-810 & GAG-809

• Frequency from 10Hz ~ 1MHz
• 0.02% Low Sine Wave Distortion (GAG-810 Only)
• 6 Steps Output Attenuator
• EXT SYNC Function

 
GOODWILL INSTEK GFG-3015

• Built-in 6 Digits Counter up to 150MHz/High Resolution
• Output Waveform : Sine,Square,Triangle,Ramp,Pulse,Sweep,Gate or Burst
• INT/EXT AM/FM Modulation
• GCV Output for Synchronization

 
GOODWILL INSTEK SFG-1000 SERIES

• DDS Technique and FPGA Chip Design
• Frequency Range:0.1Hz~3MHz
• High Frequency Accuracy : ½ 20ppm
• High Frequency Stability : ½ 20ppm

 
GOODWILL INSTEK APS-7000 SERIES

• Low Ripple & Noise
• Measurement and test functions include VOLT?CURR?PWR?SVA?IPK?IPKH?FREQ?PF?CF
• Support a small AC current measurement 2mA ~ 35A, Min. resolution 0.01mA(APS- 7050& APS-7100)
• Reverse Current Alarm Function

 
GOODWILL INSTEK AFG-200/100 SERIES

• Frequency range: 1uHz~25MHz
• 1uHz frequency resolution
• Built-in 120 MSa/s, 10 bit resolution and arbitrary waveform editing function with 4k point memory
• Dual channel models support coupling, tracking, and phase functions