The GXO-95 series is based on a hermetically sealed ceramic package. It is specifically designed for applications where signal integrity is the determining factor.

Key performance parameters

• Phase Jitter: Ultra-low performance with a typical average of 40 fs RMS, considering an integration range of 12 kHz to 20 MHz.
• Differential output options: Available in three architectures depending on the application: LVPECL, LVDS, and HCSL.
• Power supply: Operational flexibility with support for 1.8 V, 2.5 V, and 3.3 V voltages.
• Frequency range: Optimized for the 100 MHz to 160 MHz spectrum.

This family of oscillators guarantees exceptional stability under variable conditions, including changes in voltage, load, and natural component aging. For this reason, the implementation of a 0.1 µF decoupling capacitor is vital. You must place it physically as close as possible between the VDD and GND pads to ensure the specified phase performance.

These modules are based on a reflective active matrix structure where each pixel integrates its own 1-bit memory. This pixel-level integration is what allows the panel to maintain its display state without the need for continuous refreshing (typically 60 Hz), eliminating constant data flow from the processor.

Control is performed via a serial interface (SPI), which provides communication flexibility and allows for selective content updates. The panels support data updates by arbitrary lines; that is, it is only necessary to process changes when the image requires it. This feature directly reduces the workload on the MCU and the display driver IC.

The TCS43 stands out for its microminiature form factor of 4.2 x 3.2 mm with a low-profile height of 2.5 mm. This design is optimized for surface-mount technology (SMD) with J-type terminals, facilitating its integration into automated assembly processes.

Regarding its electrical and mechanical parameters, the component offers:

• Switching range: Supports voltages from 1 VDC to 12 VDC and currents from 10 μA to 50 mA, ideal for low-power control signals.
• Tactile response and service life: Guarantees a service life of up to 100,000 cycles. The initial contact resistance is a maximum of 100 mΩ, with a contact bounce equal to or less than 5 ms.
• Actuation forces: Offered in three actuation force configurations to suit different design needs: 180 gf, 250 gf, and 400 gf.
• Mechanical resistance: Features an end stop strength of 30 N for 60 seconds.
• Environmental integrity: The device operates in a temperature range from -40 °C to +90 °C and has an IP40 protection rating.

The TP1.5-2 series stands out for its mechanical versatility and electrical robustness. These components are manufactured with PA66 polyamide, a material selected for its insulation properties and fire resistance, ensuring high stability in demanding industrial environments.

Regarding connectivity, the conductive components utilize high-quality copper alloys, minimizing contact resistance to ensure stable signal transmission. The key parameters of the series are:

• Rated voltage: 500 V.
• Rated current: 17.5 A.
• Wiring capacity: Supports 1.5 mm² cross-sections (equivalent to 26–14 AWG) for both rigid and flexible conductors.
• Pitch: 3.5 mm.
• Stripping length: 8–10 mm.

The system allows the use of accessories such as cross-connection jumpers and marking cards for circuit identification. Furthermore, to prevent accidental disconnections caused by vibrations, the blocks are compatible with the TPP1.5-PR locking clip. The range includes feed-through models and versions for protective earth (PE) connection.

The new range covers devices with forward currents of 1 A, 2 A, and 3 A, all with a repetitive reverse voltage of 1200 V. Their design is focused on optimizing the balance between forward voltage drop and reverse recovery time.

• Dynamic Performance: The devices achieve hyperfast recovery times, with typical values of 50 ns and a reverse recovery charge reduced to 105 nC. This optimization of stored electrical charge minimizes losses during switching and power dissipation, allowing for much more efficient operation.
• SMPC HV Package: With dimensions of 4.3 mm x 6.5 mm and a 1.1 mm profile, it is compatible with the TO-277A board footprint. It stands out for offering a minimum creepage distance of 5.4 mm and a comparative tracking index greater than or equal to 600 (Material Group 1), facilitating its use in high-voltage applications.
• Thermal Operation: They support a maximum operating junction temperature of +175 °C, ensuring robustness under high-temperature conditions.

The RST® waterproof connector series provides a complete plug & play solution. It uses pre-wired and factory-tested components. In addition, its mechanical and color coding system (with more than 20 variants) completely eliminates connection errors.

Furthermore, this range stands out for its robustness and continuous electrical reliability. It is certified with IP65, IP66, IP67, and IP68 protection ratings (tested at 3 meters for 2 hours). It also meets IP69 standards, with resistance to high-pressure, high-temperature water and chemical exposure.

It also offers IK07 impact resistance. This is complemented by an advanced longitudinal sealing system, where each contact includes its own seal to prevent capillary water ingress in case of cable damage.

To address these challenges, Memory Protection Devices Inc. (MPD) has launched a new range of high-performance contact probes. These components are also known as spring-loaded pins or pogo pins. The key technical innovation lies in their exceptional combined materials engineering. Thanks to this, the components achieve over 1 million operating cycles. This figure is ten times higher than the industry standard, which is typically around 100,000 cycles. Specifically, this extreme durability is achieved through a structure based on three specific high-quality materials:

• Plunger: Hardened tool steel with gold plating, ensuring excellent corrosion resistance and optimal conductivity.
• Spring: Piano wire with gold plating, providing consistent mechanical performance and low signal resistance.
• Barrel: Phosphor bronze with gold plating, providing superior structural strength and protection against continuous wear.

The VCNL36758 stands out for integrating, in a single molded 10-pin SMD package with ultra-compact dimensions of 5.0 mm × 2.0 mm × 1.5 mm, an infrared emitter (IR LED), a photodiode, amplifiers, and a 12-bit ADC. Thanks to this CMOS-based architecture, it provides a sensing distance of up to 60 cm and operates over a supply voltage range of 1.7 V to 3.6 V.

• Red light immunity: uses an IR LED emitter with a peak wavelength of 940 nm, with no visible red glow.
• Intelligent crosstalk cancellation: its internal 12-bit offset cancellation scheme effectively eliminates parasitic optical coupling.
• Adjustable current control: the emitter is driven by a programmable current sink configured via internal I²C registers, selectable between 70 mA and 240 mA.
• Smart persistence: adjustable system that prevents false triggers while improving sensor response time.
• Power saving: features an Active Force Mode for single-shot measurements triggered by a single software command.