Fluke Biomedical 1060AM User Manual

Page 7

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Introduction

Specifications

1

1-3

Digital Inputs

16 digital inputs with internal pull-up resistors

1.2.2 Analog Specifications

High Voltage

Regulated 500 to 2500 VDC, < 1 mV ripple, digitally controlled with 1 V resolution
Max
500 microamps at 1400 V

Input Circuitry:

Pulse mode input range 3 mV to 7 V suitable for BF3 detectors, proportional
counters, Geiger Mueller tubes, and photo multiplier tubes used with scintillators.

Polarity selection: (PMT input only)

High Disc., 0 - 7.50 VDC; set via software
Low Disc., 0 - 1.230 VDC; set via software

Jam detection (anti-jam)

1.2.3 Miscellaneous Specifications

Power Requirements Approximately 12 VDC @ 200 mA - Nominal Voltage range is 7 VDC (minimum)

to 16 VDC (maximum). With special adapter can accommodate 24 VDC.

Enclosures

Two standard enclosures are available (all dimensions in inches unless other-
wise indicated):

An acrylic plastic tube housing for indoor applications.

P/N

Outside Dimensions

Mounting Hole Pattern

1060AM-CL-xx 3.5 dia x 10

-

(8.89 x 25 cm)


A plastic rectangular housing for NEMA 4 applications (outdoor or indoor).

P/N

Outside Dimensions

Mounting Hole Pattern

1060-NM-xx 3.8 x 11.125 x 4.0

2.9375 x 9.375

(9.65 x 28.26 x 10.16 cm)

(7.46 x 23.81 cm)


User Interface

Via any IBM compatible Personal Computer

Model 1060 Circuit
Board Size

Approximate size: 2.8 in x 8.775 in (7.11 x 22.29 cm) with mounting holes on
2.4 in x 8.375 in (6.1 x 21.27 cm) centers

Auxiliary Voltage

An auxiliary voltage of +/- 12 VDC @ 50 mA, non-inductive load, is available to
provide power to preamplifiers.

Temperature/Humidity
Range

The humidity range is 5% to 95% rh, non-condensing over the entire temperature
range of 32° to 122°F (0° to 50°C).

Shock and Vibration

Mechanical shock and vibration specifications are per ANSI N42.17A, section 8.4
and 8.5.

Software Specifications

Language

"C" The software written in Intel "iC96", Version X243

Operating System

Real-time, interrupt driven, embedded system

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