Segger 5V Target Supply Adapter (8.06.29) - Segger power adapter

J-Link Needle Adapter - connect J-Link to a PCB, Segger

10-pin Needle Adapter to connect Flasher 5, Flasher ST7 or Flasher STM8 to a PCB, Segger

Standard 20-pin 0.1 male connector to provide electrical isolation, Segger

J-Link ARM-14 Adapter, RoHS

J-Link 19-pin Cortex-M Adapter, RoHS, Segger

J-Link 9-pin Cortex-M Adapter, RoHS, Segger

J-Link RX Adapter, RoHS, Segger

J-Link 14-pin TI Adapter, RoHS, Segger

J-Link TI-CTI-20 Adapter, RoHS, Segger

The Segger J-Link Signal Smoothing Adapter (8/06/12) is designed to improve signal integrity between the J-Link debug probe and the target debug device. It allows JTAG signals to be suppressed by adjustable series resistors, preventing excessive gain and jitter.

The Segger J-Link Measurement+Patch Adapter allows you to easily customize connections between J-Link or Flasher devices and boards that do not have a standard debug connector. It is equipped with colored wires for signal identification, test points and jumpers for adjusting the voltages on the pins.

The Segger J-Link Supply Adapter (8.06.14) allows you to manually set the debug probe I/O voltage, preventing damage to the target board, adjustable from 1.2V to 5.0V. It can be inserted between J-Link or Flasher and the target device, reducing the number of connections needed, which is especially useful in a production environment.

The Intel FPGA Adapter (formerly J-Link Altera Adapter) connects to the Intel FPGA 10-pin JTAG connector, enabling debugging of FPGA-based MCU cores such as the dual-core Arm Cortex-A9 in Cyclone V devices. on Intel FPGA solutions.

J-Link 6-pin Needle Adapter (8.06.16)

The Segger J-Link Mictor 38 Adapter allows connection to a 38-pin Mictor connector in accordance with the ARM "ETM" specification. The adapter connects the GND and JTAG pins to the 20-pin J-Link, and the trace pins on the Mictor connector are not used.

10-wire ribbon cable (1.27mm to 2.54mm) for Segger J-Link EDU mini