STMicroelectronics ST7MDT10-16/DVP

Overview

ST7MDT10-16/DVP from STMicroelectronics is a DIP16 / SO16 connection kit for the ST7MDT10-DVP3 emulator system. The kit provides the DIP16/SO16 device adapter hardware used to connect the ST7MDT10-DVP3 target emulation board to an application board when debugging supported ST7 microcontrollers in DIP16 or SO16 package footprints.

For engineers reviewing the ST7MDT10-16/DVP datasheet, ST7MDT10-16/DVP setup, ST7MDT10-16/DVP supported package, or ST7MDT10-16/DVP emulator connection workflow, this adapter kit is most relevant for legacy ST7 DVP3 emulation, DIP16 target-board connection, SO16 target-board connection, ST7MDT10-DVP3 replacement accessory sourcing, and maintenance of ST7LITE / ST7FDALI / ST7226 development environments.

Technical Context

ST7MDT10-16/DVP is a development-tool accessory rather than a standalone semiconductor component. It is used between the ST7MDT10-DVP3 emulator target emulation board and the user application board, allowing the emulator system to occupy the target MCU position during ST7 firmware debugging and hardware validation.

The kit centers on the DIP16/SO16 device adapter referenced as DB587. For DIP16 use, the 34-pin flat cable connects from the ST7MDT10-DVP3 target emulation board to connector J1 on the DB587 adapter, and the DIP16 adapter pins are inserted into a DIP16 socket soldered to the application board. For SO16 use, the SO16 connector is soldered to the application board, the DIP16 sockets are removed from the adapter when needed, and the SO16 connection is inserted into the DB587 adapter with pin-1 orientation aligned.

Key Specifications

Availability

ST7MDT10-16/DVP is available at Aetrix Electronics and suitable for legacy ST7 emulator connection support, DIP16 / SO16 target-board debugging, ST7MDT10-DVP3 accessory replacement, and maintenance of existing ST7 development environments requiring stable tool supply and repeatable engineering support.

Supply support may include scheduled delivery planning, replacement sourcing support, BOM continuity assistance, traceable sourcing management, and long-term availability support for embedded software teams, hardware engineers, repair groups, contract manufacturers, education labs, and legacy product owners still using ST7 DVP3-series development hardware.

For engineering or service deployment, confirming the ST7MDT10-DVP3 emulator match, DIP16 or SO16 target footprint, DB587 adapter requirement, 34-pin cable availability, application-board pin-1 orientation, SO16 connector clearance, host debugging setup, and physical adapter condition helps reduce procurement risk and improve legacy debug workflow stability.

Manufacturer

STMicroelectronics supplies microcontrollers, development tools, emulators, programming accessories, power-management ICs, sensors, RF devices, and discrete semiconductor products for embedded, industrial, automotive, communication, and consumer applications. ST7MDT10-16/DVP belongs to ST's legacy ST7 development-tool accessory portfolio for DVP3 emulator connection and application-board debugging workflows.

FAQ

What is ST7MDT10-16/DVP used for?

ST7MDT10-16/DVP is used to connect an ST7MDT10-DVP3 emulator to an application board when the target ST7 microcontroller footprint is DIP16 or SO16. It is a connection adapter kit, not a microcontroller and not a standalone programmer. Its role is to let the emulator system interface with the target MCU footprint during debugging.

What adapter is included in ST7MDT10-16/DVP?

ST7MDT10-16/DVP is associated with the DIP16/SO16 device adapter referenced as DB587. This adapter connects to the ST7MDT10-DVP3 target emulation board through the 34-pin flat cable and provides the physical interface needed for DIP16 or SO16 application-board connection.

Does ST7MDT10-16/DVP include the ST7MDT10-DVP3 emulator?

No. ST7MDT10-16/DVP is the DIP16 / SO16 connection kit for use with the ST7MDT10-DVP3 emulator system. Engineers sourcing ST7MDT10-16/DVP should confirm that the emulator, target emulation board, 34-pin flat cable, host software, and PC connection environment are already available or sourced separately.

How is ST7MDT10-16/DVP used with a DIP16 application board?

For DIP16 use, ST7MDT10-16/DVP connects through the DB587 DIP16/SO16 adapter. A DIP16 socket is soldered to the application board, the 34-pin flat cable connects the ST7MDT10-DVP3 target emulation board to J1 on the adapter, and the adapter's DIP16 pins are inserted into the application-board socket with pin 1 aligned correctly.

How is ST7MDT10-16/DVP used with an SO16 application board?

For SO16 use, ST7MDT10-16/DVP uses the same DB587 DIP16/SO16 adapter, but the SO16 connector is soldered to the application board and inserted into the adapter. The DIP16 socket portions on the adapter may need to be removed for SO16 clearance, and pin-1 alignment between the adapter and application-board connector must be checked before operation.

Which ST7 families are associated with ST7MDT10-16/DVP?

ST7MDT10-16/DVP is used with the ST7MDT10-DVP3 emulator platform, which supports ST7LITE, ST7FDALI, and ST7226 family emulation workflows depending on the target device and package. For this adapter kit, the immediate package match is DIP16 or SO16, so the exact ST7 device, package footprint, and emulator setup should be checked together.

What should engineers check before buying ST7MDT10-16/DVP?

Engineers should confirm that the target setup uses the ST7MDT10-DVP3 emulator and that the application-board footprint is DIP16 or SO16. They should also check whether the DB587 adapter is present, whether the 34-pin flat cable is available, whether adapter pins and connectors are undamaged, whether SO16 mechanical clearance is acceptable, and whether the legacy ST7 software environment is still usable.

Is ST7MDT10-16/DVP suitable for new designs?

ST7MDT10-16/DVP is best treated as a legacy development-tool accessory for existing ST7-based products. It remains useful when an older ST7 application using DIP16 or SO16 devices must be debugged, repaired, modified, or maintained with the ST7MDT10-DVP3 emulator. For new embedded designs, current STMicroelectronics MCU families and current debugging tools are normally more practical.