Atec Kepco-BOP-1 Series - Manual (Page 7)

KEPCO, INC. • 131-38 Sanford Avenue • Flushing, NY 11355 USA • Tel: (718) 461-7000 • Fax: (718) 767-1102
Email: [email protected] • www.kepcopower.com
OPTIMIZE BOP 200W AND 400W
FOR DRIVING INDUCTIVE LOADS
TO 1 HENRY
BOP INDUCTIVE LOAD SPECIFICATIONS
BANDWIDTH (DC TO F-3dB)
INDUCTIVE
LOAD, 2mH
RESISTIVE
LOAD, NOMINAL
RISE/FALL
TIME (2)
BOP 20-20ML
0 to ±20V, 0 to ±20A
MODEL /
SPECIFICATION (1)
BOP 36-6ML
0 to ±36V, 0 to ±6A
BOP 36-12ML
0 to ±36V, 0 to ±12A
BOP 50-4ML
0 to ±50V, 0 to ±4A
BOP 50-8ML
0 to ±50V, 0 to ±8A
12 KHz
LOAD EFFECT
RESISTIVE LOAD,
NOMINAL (4)
3 ppm/Hz 2.5 KHz 33μS
BOP 72-6ML
0 to ±72V, 0 to ±6A
BOP 100-2ML
0 to ±100V, 0 to ±2A
BOP 100-4ML
0 to ±100V, 0 to ±4A
RECOVERY TIME
CONSTANT AT
STEP LOAD (3)
180μS
BOP 20-10ML
0 to ±20V, 0 to ±10A
11.2 KHz 12 ppm/Hz 4.1 KHz 35μS 220μS
12 KHz 4 ppm/Hz 5 KHz 30μS 210μS
12.7 KHz 3 ppm/Hz 6.8 KHz 28μS 100μS
1.43 KHz 20 ppm/Hz 1.8 KHz 245μS 280μS
10.6 KHz 7 ppm/Hz 4.9 KHz 31μS 200μS
2.6 KHz 50 ppm/Hz 2.7 KHz 125μS 200μS
3.5 KHz 47 ppm/Hz 5.0 KHz 84μS 250μS
1.2 KHz 70 ppm/Hz 1.7 KHz 220μS 280μS
For digital meters, substitute the letter D for M when ordering - example: BOP 20-10DL.
For GPIB control of the BOP, add the suffix 4886 after the letter L in the model name -
example: BOP 20-10ML4886.
(1) All specifications listed are for inductive load models in Current Mode.
All other specifications are identical to the standard BOP.
(2) 10% - 90%, nominal resistive load.
(3) Short-circuit, nominal resistive load.
(4) Load effect increases nonlinearly with frequency from the typical 0.5 mA in DC full scale
(same as the standard unit) at the average rate listed.
As an option (L suffix), Kepco’s 200W (except BOP
200-1M) and 400W BOP models may be optimized
for driving inductive loads. These BOP units are
designed to operate in a stable manner in Current or
Current Limit Mode for loads up to 1 Henry. They are
also stable with any R-L series load combination.
To prevent voltage limit operation, the equivalent
impedance of the R-L series load at the working
frequency, must be lower than the nominal resistive
load value (nominal output voltage/nominal output
current).
All specifications of the unit in voltage mode are
unchanged from the standard model. The specifications
listed in the table to the right are for inductive load
models in Current Mode. All other specifications are
identical to the standard BOP.
In current mode the bandwidth of the BOP is reduced
when operating with a resistive load. Correspondingly,
the rise and fall time of the unit is increased (model
dependent). Further, it is possible to reduce the
bandwidth in current mode in a predictable way,
using one customer installed component on the rear
programming connector of the BOP (see Bandwidth
Correction Chart).
BOP INDUCTIVE LOAD - BANDWIDTH CORRECTION
BOP 20-20ML
EXTERNAL CAPACITOR
(ACROSS PINS 16 AND 18 OF PC 12 PROGRAMMING CONNECTOR)
MODEL
0.01 μF 0.02 μF 0.05 μF 0.1 μF 0.2 μF 0.5 μF 1 μF
4.0 KHz 2.4 KHz 1.0 KHz 0.57 KHz 0.30 KHz 0.12 KHz 0.07 KHz
BOP 20-10ML 4.1 KHz 2.3 KHz 1.0 KHz 0.57 KHz 0.27 KHz 0.11 KHz 0.06 KHz
BOP 36-6ML 4.0 KHz 2.5 KHz 1.0 KHz 0.55 KHz 0.25 KHz 0.12 KHz 0.06 KHz
BOP 36-12ML 4 KHz 2.4 KHz 1 KHz 0.57 KHz 0.27 KHz 0.11 KHz 0.06 KHz
BOP 50-4ML 1.4 KHz 1.2 KHz 0.7 KHz 0.47 KHz 0.25 KHz 0.11 KHz 0.06 KHz
BOP 50-8ML 3.6 KHz 2.1 KHz 0.93 KHz 0.54 KHz 0.29 KHz 0.12 KHz 0.06 KHz
BOP 72-6ML 1.75 KHz 1.3 KHz 0.75 KHz 0.47 KHz 0.26 KHz 0.11 KHz 0.06 KHz
BOP 100-2ML 1.8 KHz 1.4 KHz 0.8 KHz 0.51 KHz 0.27 KHz 0.11 KHz 0.06 KHz
BOP 100-4ML 1.0 KHz 0.8 KHz 0.6 KHz 0.4 KHz 0.23 KHz 0.11 KHz 0.06 KHz
For more information on the
BOP Inductive Load Models visit
www.kepcopower.com/bop-ind.htm
APPLICATIONS FOR KEPCO’S
BOP INDUCTIVE LOAD MODELS
Motor Testing
Testing of Magnetic Components
Coils, Speakers, etc.
Industrial Applications with
Inductive Loads
Driving CRT Coils
Cryogenic Applications
Correcting Magnets for
Medical Imaging or
Particle Accelerator s
200 WATT
400 WATT
200 WATT
400 WATT
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