English
TO-5-5-1 socket offers significant advantages, particularly for applications utilizing infrared pyroelectric or thermopile digital sensors, making it a critical component for advanced sensing systems. Compared to sockets for analog sensors, this product not only collaborates with the cap to form a sealed and stable environment, safeguarding sensitive chip components and facilitating rapid heat dissipation to ensure the performance and reliability of these elements, but it also provides enhanced circuit support. It enables the sensor to directly output digital signals such as high/low logic levels or standardized digital formats, offering strong anti-interference capabilities and excellent consistency. This makes it one of the core components for realizing “intelligent sensing control,” contributing to more reliable, efficient, and integrated sensing solutions, aligning with the drive towards smarter and more responsive systems.
PCB Mounting: Securely solder the TO5-5-1 onto a compatible printed circuit board (PCB), ensuring proper pin alignment.
Heat Sink Attachment (if required): For high-power applications, use a thermal adhesive or mounting clip to attach a heat sink for efficient heat dissipation.
Wiring & Polarity: Follow the manufacturer’s pinout diagram to avoid reverse connections, which may damage the component.
Voltage & Current: Operate strictly within the specified voltage and current ratings to prevent overheating or failure.
Temperature Range: The TO5-5-1 functions optimally within -55°C to +125°C, making it suitable for harsh environments.
ESD Protection: Handle with anti-static precautions to prevent electrostatic discharge (ESD) damage.
Avoid Moisture & Contaminants: Store in a dry, anti-static bag when not in use.
Inspect Before Use: Check for physical damage or oxidation on pins before installation.
TO-5-5-1 socket offers significant advantages, particularly for applications utilizing infrared pyroelectric or thermopile digital sensors, making it a critical component for advanced sensing systems. Compared to sockets for analog sensors, this product not only collaborates with the cap to form a sealed and stable environment, safeguarding sensitive chip components and facilitating rapid heat dissipation to ensure the performance and reliability of these elements, but it also provides enhanced circuit support. It enables the sensor to directly output digital signals such as high/low logic levels or standardized digital formats, offering strong anti-interference capabilities and excellent consistency. This makes it one of the core components for realizing “intelligent sensing control,” contributing to more reliable, efficient, and integrated sensing solutions, aligning with the drive towards smarter and more responsive systems.
PCB Mounting: Securely solder the TO5-5-1 onto a compatible printed circuit board (PCB), ensuring proper pin alignment.
Heat Sink Attachment (if required): For high-power applications, use a thermal adhesive or mounting clip to attach a heat sink for efficient heat dissipation.
Wiring & Polarity: Follow the manufacturer’s pinout diagram to avoid reverse connections, which may damage the component.
Voltage & Current: Operate strictly within the specified voltage and current ratings to prevent overheating or failure.
Temperature Range: The TO5-5-1 functions optimally within -55°C to +125°C, making it suitable for harsh environments.
ESD Protection: Handle with anti-static precautions to prevent electrostatic discharge (ESD) damage.
Avoid Moisture & Contaminants: Store in a dry, anti-static bag when not in use.
Inspect Before Use: Check for physical damage or oxidation on pins before installation.
