| Image | Part Number | Description / PDF | Quantity | Rfq |
|---|---|---|---|---|
 |
Segger Microcontroller Systems |
ISOLATOR J-LINK SWD |
8 |
|
 |
8.06.12 J-LINK SIGNAL SMOOTHING ADAPTER Segger Microcontroller Systems |
J-LINK SIGNAL SMOOTHING ADAPTER |
1 |
|
 |
8.06.13 J-LINK MEASUREMENT+PATCH ADAPTER Segger Microcontroller Systems |
ADAPTER J-LINK MEASUREMENT+PATCH |
4 |
|
 |
Segger Microcontroller Systems |
ADAPTER J-LINK 2MM ADAPTER |
6 |
|
 |
8.06.02 J-LINK 9-PIN CORTEX-M ADAPTER Segger Microcontroller Systems |
J-LINK 9-PIN CORTEX-M ADAPTER |
550 |
|
 |
8.06.03 J-LINK 14-PIN TI ADAPTER Segger Microcontroller Systems |
ADAPTER J-LINK TI JTAG 14PIN |
19 |
|
 |
Segger Microcontroller Systems |
SILABS C2 ADAPTER |
3 |
|
 |
Segger Microcontroller Systems |
10-PIN NEEDLE ADAPTER |
0 |
|
 |
8.06.08 J-LINK MICTOR 38 ADAPTER Segger Microcontroller Systems |
J-LINK MICTOR 38 ADAPTER |
57 |
|
 |
8.08.01 J-LINK 14-PIN ARM ADAPTER Segger Microcontroller Systems |
J-LINK 14-PIN ARM ADAPTER |
6 |
|
 |
8.06.06 J-LINK TI-CTI-20 ADAPTER Segger Microcontroller Systems |
ADAPTER J-LINK TI-CTI-20 20PIN |
15 |
|
 |
8.06.00 J-LINK 19-PIN CORTEX-M ADAPTER Segger Microcontroller Systems |
J-LINK 19-PIN CORTEX-M ADAPTER |
233 |
|
 |
8.06.10 J-LINK RX FINE ADAPTER Segger Microcontroller Systems |
ADAPTER J-LINK RX FINE |
2 |
|
 |
8.06.20 RL78 14-PIN PROGRAMMING ADAPTER Segger Microcontroller Systems |
RL78 14-PIN PROGRAMMING ADAPTER |
1 |
|
 |
8.06.09 J-LINK MICROCHIP ADAPTER Segger Microcontroller Systems |
ADAPTER J-LINK MICROCHIP |
10 |
|
 |
6.68.18 CORTEX-M TRACE REFERENCE BOARD Segger Microcontroller Systems |
CORTEX-M TRACE REFERENCE BOARD |
3 |
|
 |
5.50.01.US US POWER ADAPTER FOR FLASHER 5/ST7 Segger Microcontroller Systems |
POWER ADAPTER FLASHER 5/ST7 US |
1 |
|
 |
Segger Microcontroller Systems |
J-LINK ALTERA ADAPTER |
3 |
|
 |
8.06.16 J-LINK 6-PIN NEEDLE ADAPTER Segger Microcontroller Systems |
J-LINK 6-PIN NEEDLE ADAPTER |
103 |
|
 |
Segger Microcontroller Systems |
ADAPTER J-LINK SUPPLY |
32 |
|
Development board accessories are essential components that extend the functionality of microcontroller/processor development platforms. These accessories include interface cables, power modules, sensor modules, expansion boards, and debugging tools that enable rapid prototyping and system integration. As core enablers for embedded system development, IoT prototyping, and industrial automation, these accessories significantly reduce development time while improving hardware compatibility and measurement accuracy.
| Type | Functional Features | Application Examples |
|---|---|---|
| Interface Cables | High-speed data transfer, hot-plugging support | USB-UART converters, HDMI breakout cables |
| Power Modules | Regulated voltage output, battery management | Lipo battery packs, DC-DC converters |
| Sensor Modules | Digital/analog signal acquisition, calibration-free | Temperature/humidity sensors, IMUs |
| Expansion Boards | Peripheral interface extension, protocol conversion | Motor drivers, LoRaWAN shields |
| Debugging Tools | Real-time tracing, voltage measurement | JTAG probes, logic analyzers |
Typical accessories feature: - Hardware Shell: Flame-retardant ABS or CNC-machined aluminum for mechanical protection - Interface Circuits: Level shifters and ESD protection components - Communication Modules: SPI/I2C/UART protocol converters - Power Conditioning: Voltage regulators and current limiting circuits - Mechanical Components: Mounting brackets and anti-vibration pads
| Parameter | Description |
|---|---|
| Interface Compatibility | Supports USB 3.0, SPI up to 10MHz, I2C 400kHz |
| Power Handling | 1.8V-24V input range, 5A max current |
| Signal Integrity | 12-bit ADC resolution (0.01% error), 1ns jitter |
| Environmental Rating | Operating temp: -40 C to +85 C, IP54 dust/water resistance |
| EMC Compliance | FCC Part 15 Class B, CE EN55032 |
| Manufacturer | Representative Products |
|---|---|
| Arduino | Arduino MKR Shield, Nano I/O Breakout |
| Raspberry Pi | Pico W Expansion Board, HAT+ Prototyping |
| STMicroelectronics | ST-Link/V2 Debugger, X-NUCLEO Expansion |
| Texas Instruments | LaunchPad SensorHub, BoosterPack MKII |
Key considerations: - Project requirements: Match sensor types and communication protocols - Compatibility: Verify voltage levels and physical dimensions - Expandability: Check available GPIO and bus interfaces - Cost-effectiveness: Balance performance vs. budget - Environmental factors: Temperature range and vibration resistance - Support ecosystem: Availability of libraries and community resources
Emerging trends include: - Wireless integration (Bluetooth/WiFi 6 modules) - AI-enabled sensor fusion algorithms - Modular system-in-package (SiP) designs - Open-source hardware standardization - Energy-harvesting power solutions - Increased adoption of 2.54mm standardization