P 1565 PEAKTECH
Hersteller: PEAKTECHCategory: Programmable Power Supplies
Description: Laboratory power supply: programmable; single-channel; Ch: 1
Operating temperature: 0...40°C
Measuring instrument features: coarse and precise voltage and current adjustment
Standard equipment: mains cable; USB cable; user's manual
Operating modes: constant current; constant voltage
Software: LabVIEW
Kind of display used: LED
Type of laboratory power supply: programmable
Kind of power supply: single-channel
Interface: USB
Output current: 0...40A
Output voltage: 1...16V DC
Voltage (regulated) ripple and noise: ≤5mVrms; ≤50mVpp
Voltage stabilisation: ≤50mV
Current stabilisation: ≤150mA
Dimensions: 200x90x255mm
DC current measuring accuracy: ±(0.2% + 3 digit)
DC voltage measuring accuracy: ±(0.2% + 3 digit)
Number of channels: 1
Supply voltage: 230V AC
Maximum power: 640W
Display parameters: 3 digit
Protection: anti-overload OPP; anti-overvoltage OVP; overheating OTP
auf Bestellung 4 Stücke:
Lieferzeit 14-21 Tag (e)
| Anzahl | Preis |
|---|---|
| 1+ | 416.53 EUR |
| 3+ | 414.93 EUR |
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Technische Details P 1565 PEAKTECH
Category: Programmable Power Supplies, Description: Laboratory power supply: programmable; single-channel; Ch: 1, Operating temperature: 0...40°C, Measuring instrument features: coarse and precise voltage and current adjustment, Standard equipment: mains cable; USB cable; user's manual, Operating modes: constant current; constant voltage, Software: LabVIEW, Kind of display used: LED, Type of laboratory power supply: programmable, Kind of power supply: single-channel, Interface: USB, Output current: 0...40A, Output voltage: 1...16V DC, Voltage (regulated) ripple and noise: ≤5mVrms; ≤50mVpp, Voltage stabilisation: ≤50mV, Current stabilisation: ≤150mA, Dimensions: 200x90x255mm, DC current measuring accuracy: ±(0.2% + 3 digit), DC voltage measuring accuracy: ±(0.2% + 3 digit), Number of channels: 1, Supply voltage: 230V AC, Maximum power: 640W, Display parameters: 3 digit, Protection: anti-overload OPP; anti-overvoltage OVP; overheating OTP.