2 Channel (Isolated) Digital to Analog Programmer

2 Channel (Isolated) Digital to Analog Programmer (EQP) SN488-032

2 Channel (Isolated) Digital to Analog Programmer

Part Number:
(EQP) SN488-032

Product Details:
Kepco 2 Channel (Isolated) Digital to Analog Programmer. 115-230v AC - 50-440 Hz. Decimal data format 3 bit resolution for remote control of Bop-HV channels. Vin GPIB. High Range 0-±10v. Low Range 0-±1v ±4 MA max.


3 bit resolution for remote control of Bop-HV channels
Decimal data format
115-230v AC - 50-440 Hz
Manufactured by
Kepco

Share this page

$225.00 / Each

Qty

Ground Shipping Promotion on Orders over $100

Other Categories

Miscellaneous Power Supplies

Related Products

None

Syncor Military Battery Charger

Part #: PS PP-1659A/G

Description: This Battery Charger is in like NEW condition! Th…

Brand: Syncor Industries Corp.

Sold out
Sample Metal Oxide, Carbon Film Resistor

8660 ohm 0.1% − Resistor

Part #: RMF 00008660R0EI

Description: 8660 ohm 0.1% − RNR70E 25ppm Metal Film Resistor …

$0.80 / Each

tube - oq45

OQ45 Tube, Brown Boveri Tube, Made in Switzerland, Used Vacuum Tube

Part #: TUR OQ45

Description: OQ45 Tube, Brown Boveri Tube, Made in Switzerland…

$119.00 / Each

Case Styles Image

0.15 µF 400v Non−Polarized Metal Case Sealed Capacitor

Part #: CFP 150000FBFA

Description: 0.15 µF 400v Westcap CQ05 10% Axial Non−Polarized…

$4.50 / Each

Featured Products

Ametek Solfrunt Gauges

4−1/2" 0 − 60 psi 1/2 NPT Guage

Part #: MTG 150024

Description: 1982 Series, Bottom stem Ametek Solfrunt Gauge 4−…

$95.00 / Each

Axial Resistor Sample Image

4700 ohm 1% 1w Wire Wound Resistor

Part #: RWF RS1A-4700

Description: 4700 ohm 1% 1w Wire Wound Resistor With tab termi…

$1.00 / Each

None

TI, SMT

Part #: SIC LM324D

Description: Integrated Circuit TI, SMT NOTE: Minimum order is…

$0.22 / Each

Beckman Precision Servo Motor (MOT) 1011-251-009

Precision Servo Motor

Part #: MOT 1011-251-009

Description: Beckman precision servo motor. 6000 rpm. 0.6 oz. …

Brand: Beckman

$225.00 / Each