KDS6-0.2TR
KDS6-0.2TR
220,000円 （税込：242,000円）
- 3-channel voltage standard(COM of 3-channel in common)]
CH1: 0 to +6 V/200 mA
CH2: 0 to +6 V/30 mA
CH3: 0 to +6 V/ 30 mA - Remote sensing function that compensates for voltage drops at the output terminal
- Best suited to operation tests for VCO and many other types of sensors
- Voltage setting resolution of 100 μV (allows a different voltage to be set independently for each channel)
- Current reading resolution of 0.1 μA* (in standard mode)
- Ripple noise level lower than 100 μVrms, thus supporting measurements of high-sensitivity devices
- High-resolution meter with an easy-to-view, 6-digit current display (no external ammeter needed)
- Supports RS-232C and GPIB as standard interfaces
- High-speed operation Current value refresh interval: 60 ms (in high-speed mode)
- Setting/readout speed: 5 ms (reference value for GPIB)
- Comes with a D-Sub 25 pin connector allowing for noise resistance
* 1μA resolution for the 200 mA range
*Discontinued and only available while supplies last
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Overview
Suitable for evaluation tests of high-frequency electronic components and precision electronic circuits
KDS6-0.2TR is designed for use on production and inspection lines for high-frequency components capable of low supply current and low voltage operation that have become dominantly popular in recent years, as well as for a variety of electronic devices such as ICs, LSIs,and sensors. This product is a low-noise, highly stable DC voltage power supply with 3-channel output.
It solves problems such as!
On production and inspection lines for mobile phone VCOs and other products.
- Three standard voltage generators are required for drive and control, which is costly. Ripple noise is common…
Since it has three outputs, only one unit is required. Ripple noise is as low as 100 µVrms or less, so even a high-sensitivity VCO can be used with confidence. - Slow GPIB control response and takt time, need precision DMM for Current reading…
A fast 5 ms GPIB and a 6-digit Ammeter with the fastest refresh time of 60 ms eliminate the need for a DMM. - When reassembling a line, wiring with the wrong polarity can cause line problems…
Only one 25-pin D-Sub connector is required for connection, preventing mistakes when rewiring.
High-frequency circuits and high-gain circuits in the field of development.
- It is difficult to design high-gain amplifiers and high-sensitivity VCOs with a general-purpose power supply, which is noisy and difficult to set the voltage precisely…
Low ripple noise below 100 µVrms, with a voltage setting resolution of 100 µV. - I’m not sure I’d use an expensive DMM just to check microcurrents…
A fast 5 ms GPIB and a 6-digit Ammeter with the fastest refresh time of 60 ms eliminate the need for a DMM. - I want to make it easier to take large amounts of data…
Supports RS-232C and GPIB as standard interfaces
At ECU and mobile phone software development sites
- It is difficult to check the operation of the programme without waiting for the hardware to be ready.
It can also be run from a control microcontroller using RS-232C. The high resolution is also useful when dealing with bugs that occur around certain voltage values.
Specifications
Specifications
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| Output | Rated output voltage & current range | CH1 | 0 V to 6 V, 200 mA MAX | |
|---|---|---|---|---|
| CH2 | 0 V to 6 V, 30 mA MAX | |||
| CH3 | 0 V to 6 V, 30 mA MAX | |||
| Output voltages setting range | 0.0000 V〜6.5000 V | |||
| Resolution of output voltage setting | 100μV | |||
| Accuracy of output voltage setting | ±(0.05 % of set + 2 mV) | |||
| Output ripple noise | 100 μVrms or less (10 Hz to 1 MHz) | |||
| Current | Resolution of current indication | CH1 | 10-mA range | In normal mode: 0.1 μA In high-speed mode: 1 μA |
| 200-mA range | In normal mode: 1 μA In high-speed mode: 10 μA | |||
| CH2 | In normal mode: 0.1 μA In high-speed mode: 1 μA | |||
| CH3 | In normal mode: 0.1 μA In high-speed mode: 1 μA | |||
| Accuracy of current indication | ±(0.2 % of rdg + 20 digits) | |||
| Panel indication | Voltage | 7-segment LED: 5 digits | ||
| Current | 7-segment LED In normal mode: 6 digits In high-speed mode: 5 digits | |||
| Remote interfaces | GPIB | Conforming to IEEE Std.488-1978 SH1, AH1, T6, TE0, L4, SR1, RL1, PP0, DC1, DT0, C0, E1 | ||
| RS-232C | Connector | 9-pin D-Sub terminal on rear panel | ||
| Bit rate | 2400, 4800, 9600, 19200, 38400 bps | |||
| Data bit | 8 bits | |||
| Stop bit | 1 bit | |||
| Parity bit | None | |||
| Flow control | Provided (XON/XOFF) | |||
| Temperature and humidity range for guaranteed specifications | 23 ℃ ± 5 ℃ 20% RH to 85% RH (without condensation) | |||
| Operating temperature and humidity range | 0 °C to 40 °C (32 °F to 104 °F) 20% RH to 85% RH (without condensation) | |||
| Storage temperature and humidity range | -10 ℃ to 60 ℃ 90% RH or less (without condensation) | |||
| Line voltage range (AC 50/60 Hz) | Voltage setting | 100 V | 90 V to 110 V | |
| 120 V | 104 V to 126 V | |||
| 220 V | 194 V to 236 V | |||
| 240 V | 207 V to 250 V | |||
| Power consumption | 40 VA or less | |||
| External dimensions (largest part) | 280W × 88H × 270D mm (305W × 105H × 330D mm) | |||
| Weight | 4 kg | |||
| Safety | Compliant with the requirements of the following standard: IEC61010-1:2001 Class I Pollution degree 2 | |||
Examples of Setting Values
Voltage setting error (no-load)
Current measurement error (standard mode)
About the load
Unlike general DC power supplies, this product is optimally designed as a low-noise voltage source. It is therefore not suitable for applications where loads with sudden current changes are driven. If the peak current is below the maximum current permitted for each channel, the OCP function can be used without being activated. However, a voltage fluctuation of ±0.1 V to ±0.5 V may occur for a few ms (*value for resistive loads) after a sudden current change.
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