8 Position SMD Surface Mount Slide Switch DIP-STIM

Raspberry Pi Compute Module 4 DIP Switch's Product Introduction

KKG Electronics introduces the DIP-STIM, a cutting-edge mini dip switch designed for modern Surface Mount Technology (SMT) production lines. Unlike through-hole components, this model features SMD terminals for automated placement and reflow soldering. Its recessed actuators sit flush with the housing, requiring a tool to change the on dip switch status, which prevents accidental changes during handling or from vibration. While a dip switch 4 pins is suitable for basic tasks, this 8-position model provides 256 unique binary codes for complex hardware addressing and configuration. The gold-plated contacts ensure a reliable connection, making it an essential component for high-density, low-profile electronic designs.

Finisar FTLF1318P3BTL DIP Switch's Product Operating Principle

Recessed Slide Mechanism: A small tool is used to move the flush actuator, which repositions the internal wiper to either complete or break the circuit.
SMT Contact Logic: Each of the 8 poles operates as an independent SPST switch, with terminals designed for direct soldering onto PCB pads.
Accidental Change Prevention: The recessed design ensures settings are not inadvertently altered, locking them in place until deliberately changed.

Keyence GV-H130 DIP Switch's Product Functions

Address Configuration: Manually sets unique 8-bit binary addresses for ICs and modules in dense, automated-assembly electronics.
Mode Selection: Allows for the pre-setting of operational modes or parameters at the factory level without firmware changes.
Circuit Setup: Enables or disables specific hardware features on a circuit board, such as test points or optional functionalities.
Firmware-Free Storage: Retains critical system settings permanently through its physical state, requiring no power to maintain configuration.

Industrial Automation: Used on compact industrial sensors like the Keyence GV-H130 Laser Sensor to configure output logic (NPN/PNP) and response time.

Telecommunications: Integrated into SFP optical transceiver modules such as the Finisar FTLF1318P3BTL to set diagnostic modes and compatibility parameters.

Embedded Systems: Located on single-board computers like the Raspberry Pi Compute Module 4 IO Board to configure boot modes and enable/disable peripherals.

KKG Electronics uses temperature-resistant materials and high-temperature testing equipment.

The product's appearance does not change when tested at 260°C for 5 minutes!   

We ensure high production efficiency and ship your order within 7 days after payment.

Q1: Is KKG Electronics the actual manufacturer of its components?

A: Yes, we are. KKG Electronics is an original equipment manufacturer (OEM) with a 15-year history of designing and producing electronic components. When you work with us, you are engaging directly with the factory that makes your tact switches, micro switches, connectors, and jacks. This ensures direct communication, production oversight, and factory-direct pricing.

Q2: What is the process for getting a price quote and samples?

A: To receive a fast and accurate quotation, please share the technical requirements for the component you need, including specifications and its end-application. For custom parts, an AI format artwork or technical drawing is best. We will review your request and are happy to provide free samples to validate fit and function in your design.

Q3: How quickly can I expect to receive a quotation?

A: Our team is committed to a swift response. After you provide the necessary product details, we aim to deliver a comprehensive quotation within 24 business hours.

Q4: What quality control measures do you have in place?

A: Our quality assurance is built on a zero-defect principle. Every single component manufactured at KKG, from switches to connectors, undergoes rigorous 100% testing for both electrical performance and mechanical durability before it is approved for delivery, ensuring it meets our high standards.

Q5: How are components packaged to ensure they arrive safely?

A: We use multi-layer protective packaging for all shipments. Components are placed in anti-static bags or on tape-and-reel (ideal for automated assembly), cushioned with protective film, and sealed in reinforced inner boxes and durable outer cartons for maximum protection.