Seko ST121 Technical Description And Operating Instructions

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ST121

SIGNAL IMITATOR

TECHNICAL DESCRIPTION AND

OPERATING MANUAL

TECHNICAL DETAILS AND OPERATION INSTRUCTIONS FOR ST121

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Introduction

1. GENERAL DESCRIPTION 4

1.1. Purpose of the device and main capabilities 4

1.2. Contents 4

1.3. Main module 4

1.4. Power supply 5

1.5. Operation modes 6

2. RESTRICTIONS AND RECOMMENDATIONS 9

3. TECHNICAL SPECIFICATIONS 9

4. LIFE TIME AND MANUFACTURER’S WARRANTY 12

5. CERTIFICATE OF ACCEPTANCE 12

TECHNICAL DETAILS AND OPERATION INSTRUCTIONS FOR ST121

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Introduction

Before starting your work with “ST121” carefully read this instruction and save it for further use as a

handbook.

Any information in this manual can be changed fully or partially without further notice.

TECHNICAL DETAILS AND OPERATION INSTRUCTIONS FOR ST121

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1 GENERAL DESCRIPTION

1.1 Purpose of the device and main capabilities

Imitator of signals “ST121” is designed for generation of signals imitating data transmission

channels of special technical means for data gathering.

“ST121” allows generation of:

 Radio signals with user set frequency value in 100 – 6000MHz range, and variable output power

of AM and FM, signals with FHSS, DSSS and PULSE.

 Signals imitating data transmission standards (GSM, DECT, BLUETOOTH и WLAN).

 HF and LF signals in the 220v power lines and low current lines.

 IR signal with LF signal modulation and selection of subcarrier frequency.

 Sound and ultrasound signals with user defined frequency or with frequency values

corresponding to octave and third-octave filters and direct connection of speakers to the ST121
output socket.

 Low frequency magnetic field.

 Imitation of nonlinear transition in wire lines.

1.2 ST121 Contents

1. Main module

2. HF antenna

3. "RJ-45" cable

4. "220V" cable

5. "3/RJ-45" cable

6. Power supply/charger 5V/1A

7. Technical description and operating manual

1.3 Main module description

Main block is an independent device which allows signal generation and emission as well as

nonlinear transition for nonlinear transition detector testing.

Work results will be shown on a graphical colored LCD display with 160X128 resolution.
Device is controlled with rotary knob.
Turning off/on is done by the power switch.
Power is provided by internal Li-Polymer battery or power supply.