DIACOM-BIOINDUCTOR

DIACOM Bioinductor

DIACOM Bioinductor is an external hardware module of the DIACOM system, designed to work with compatible devices of previous generations and used as an element for registering weak electromagnetic signals and interacting with the DIACOM hardware and software system.

The bioinductor is connected to the corresponding connector of a compatible device and is used together with DIACOM software.

Main Purpose

DIACOM Bioinductor is used as an external sensing element of the system and is intended for:

🔹 registering weak electromagnetic signals

🔹 transmitting registered signals to the main device

🔹 working with the frequency characteristics of biological objects

🔹 participating in software scanning and analysis modes

🔹 interacting with compatible DIACOM devices

The bioinductor is not a standalone device and is intended to operate only as part of a compatible hardware and software system.

Operating Principle

The bioinductor is part of the DIACOM hardware measurement circuit.

Structurally, the standard DIACOM Bioinductor contains two induction coils:

🔹 one coil operates as a transmitting coil

🔹 the second coil operates as a receiving coil

The transmitting coil is used to generate and transmit an electromagnetic signal within the corresponding system operating mode.

The receiving coil is used to register weak electromagnetic signals and subsequently transmit them to the main device.

Thus, the standard bioinductor operates according to a two-coil configuration:

1 transmitting coil + 1 receiving coil.

During operation, it interacts with the main device, which:

🔹 generates and controls the working signal

🔹 receives the registered signal

🔹 performs its hardware processing

🔹 transfers data to the software

🔹 provides further analysis according to the selected mode

The bioinductor is therefore an external element for receiving and transmitting signals, while the main processing is performed by the compatible DIACOM device and software.

Two-Coil Design

One of the main features of the classic DIACOM Bioinductor is its simple and proven two-induction-coil design.

Transmitting Coil

Used to transmit the electromagnetic signal generated by the main device.

Receiving Coil

Used to register weak electromagnetic signals and transmit the obtained information to the main device.

This configuration forms one main operating circuit:

🔹 one signal-transmission line

🔹 one signal-registration line

This fundamentally distinguishes the classic wired DIACOM Bioinductor from newer multichannel systems that use a larger number of independent induction elements.

Use in the DIACOM System

The standard DIACOM Bioinductor was used with previous generations of DIACOM equipment and connected directly to the main device.

Depending on the device model and configuration, different versions of the bioinductor could be used; however, the classic design is based on two induction coils — one transmitting and one receiving.

The bioinductor is used together with DIACOM programs that support the corresponding hardware mode.

Design

DIACOM Bioinductor is designed as an external module connected to the main device by a cable.

Its construction includes:

🔹 two induction coils

🔹 one transmitting coil

🔹 one receiving coil

🔹 connection cable

🔹 elements for connection to the main device

The design provides:

🔹 transmission of an electromagnetic signal

🔹 registration of weak electromagnetic signals

🔹 stable connection to the main device

🔹 data transmission through a wired connection

🔹 repeated use

🔹 compatibility with specific generations of DIACOM devices

Connection

The bioinductor is connected to the dedicated BIOINDUCTOR connector on a compatible DIACOM device.

For correct operation, it is necessary to:

Connect the bioinductor to the corresponding connector of the device.

Make sure the connection is secure.

Connect the main device to the computer.

Launch compatible DIACOM software.

Select the corresponding operating mode.

It is not recommended to connect or disconnect the bioinductor using excessive force.

Operation with Software

The bioinductor functions are used directly by DIACOM software.

Depending on the specific software version and device model, it may participate in:

🔹 scanning

🔹 registration of frequency characteristics

🔹 localization

🔹 comparative analysis

🔹 other supported software modes

The exact set of functions is determined by the main device and the installed software version.

Active and Passive Versions

Different design versions of the bioinductor could be used in different generations of DIACOM equipment.

Depending on the hardware configuration of the system, the bioinductor may be:

🔹 passive

🔹 active

At the same time, the basic structural concept of the classic bioinductor remains a two-coil system:

🔹 one transmitting coil

🔹 one receiving coil

When replacing the bioinductor, a compatible modification must be used.

Compatibility

The standard DIACOM Bioinductor is intended primarily for previous-generation DIACOM devices equipped with a separate wired connector for its connection.

It is not an analogue of the wireless DIACOM BUMERANG and differs from it in design, connection method, and operating architecture.

DIACOM Bioinductor

🔹 wired connection

🔹 two induction coils

🔹 one transmitting coil

🔹 one receiving coil

🔹 one main operating circuit

🔹 operation through the main device

🔹 intended for compatible previous-generation devices

DIACOM BUMERANG

🔹 wireless communication

🔹 own power supply

🔹 built-in electronics

🔹 multiple sensing elements

🔹 more complex multichannel architecture

🔹 independent status indication

Therefore, these two devices cannot be considered direct analogues or automatically interchangeable.

Main Advantages

DIACOM Bioinductor features:

🔹 simple two-coil design

🔹 separate transmitting and receiving coils

🔹 stable wired connection

🔹 no need for separate charging

🔹 compact design

🔹 repeated use

🔹 direct integration with the DIACOM hardware system

🔹 compatibility with previous generations of equipment

Operating Conditions

For stable operation, it is recommended to:

🔹 avoid strong mechanical impact

🔹 not bend the cable sharply where it joins the housing

🔹 prevent liquid ingress

🔹 store in a dry environment

🔹 use only with compatible devices

🔹 not open the housing independently

If connection or signal-registration problems occur, first check:

🔹 connector condition

🔹 cable integrity

🔹 correct connection

🔹 compatibility with the specific device

🔹 correct installation of the software

Safety

DIACOM Bioinductor operates as part of the low-energy DIACOM hardware system.

When using it, the instructions for the main device and the general operating conditions for DIACOM equipment must be followed.

The bioinductor is not intended for standalone use without a compatible main device.

Technical Features

📡 Device type: external wired bioinductor

🌀 Number of induction coils: 2

📤 Transmitting coil: 1

📥 Receiving coil: 1

🔄 Operating configuration: one two-coil transmission and registration circuit

🔌 Connection type: wired

🔗 Connection: dedicated BIOINDUCTOR connector

💻 Standalone operation: not supported

🔋 Built-in battery: none

📶 Wireless communication: none

⚙ Operation through the main device: supported

🔄 Repeated use: supported

🧬 Purpose: transmission and registration of weak electromagnetic signals as part of the DIACOM system

DIACOM Bioinductor

DIACOM Bioinductor is an external two-coil element of previous generations of DIACOM hardware and software systems.

Its design includes only two induction coils: one transmitting and one receiving.

The transmitting coil is used to generate the working electromagnetic signal, while the receiving coil is used to register weak electromagnetic signals and transmit information to the main device.

Thanks to its simple two-coil architecture, wired connection, and lack of need for its own power supply, the classic DIACOM Bioinductor is a reliable external module for use with compatible previous-generation DIACOM devices.

DIACOM TECHNOLOGY® — hardware technologies for researching the frequency characteristics of living matter.