The TPAR3D-TPAR3J and TPAU3D-TPAU3J families of 3A ultra-fast rectifiers are new high performance products, low reverse recovery time (trr) rectifier portfolio.

The leakage and low reverse recovery time of these rectifiers significantly reduces power losses in switch mode power conversion applications.

The RoHS compliant, halogen free, low profile TO-277 (SMPC) package offers a small footprint…

Read more

Piezo switches with raised symbols (PSE HI)

The PSE HI (high impact) switches can now be delivered with raised symbols, letters and numbers in addition to various colors, or legend inscriptions.
The PSE HI piezo switch is technical similar to the standard PSE NO with extended impact resistance and protection class IP67 which makes the hermetic sealed switches ideal for use in areas that must be…

Read more

RABS15M is a fast recovery glass passivated bridge rectifier in a miniature ABS-L package, and makes them ideal for automated placement and compact PCB design.

This bridge rectifier offer high surge-current (IFSM) capability and ultrafast reverse recovery time (trr) for high frequency applications.

Features:

• Ideal for automated placement, compact PCB design
• High surge current capability
• Ult…

Read more

Features:

• Integrates ground line choke in
  power entry module filter
• Reduces noise on the ground wire
• Interrupts ground loops
• High asymmetrical attenuation
• V-Lock cord retaining

Specifications:

• Compact power entry module with fuseholder, filter and
  ground line choke
• Filter: standard, medical M5 / M80 versions
• Mounting: screw-on front
• Terminals: Quick connect 6.3 × 0.8 mm
• 10 mm…

Read more

TPMR10D, TPMR10G and TPMR10J rectifiers were designed with lower forward voltage (VF) to minimize the conduction losses of secondary rectification in SMPS applications, where the switching frequency are in the tens of kHz.

The miniature, high power density SMPC (TO-277A) package with a height of only 1.1 mm is perfect for space constrained designs.
These devices are applicable to operating…

Read more

The TS19730 is a cost-effective AC-DC LED driver with integrated power factor correction (PFC), THD less than 10%, and constant current output load regulation to within ±2.5%.

It operates in boundary conduction mode (BCM) to achieve PFC greater than 0.9 and high efficiency conversion. TS19730 also provides voltage clamp protection for the gate driving output, VCC over-voltage protection, and…

Read more

PEM with cord-retention (KFA V-Lock)

The compact KFA series power entry modules (PEM), with 1- or 2-pole fuseholder and filters, now mates with V-Lock cord sets. The V-Lock prevents unintended disconnection of the power from the equipment. Unlike wire bail or clamp accessories, no additional hardware is necessary to install the cord re-taining system. Ideal for use in medical devices, IT and…

Read more

IEC appliance connector with IP54 (5707 IP54)

The compact power entry module 5707 contains an inlet C14, two fuse holders and either a standard or medical line filter. As a standard feature it is rated to protection class IP65 into the equipment and thus provides a tight seal against dust and splashes. With the optional sealing kits the 5707 is additionally protected with IP54.

Connectors for…

Read more

White LED Driver (TS1916CX6)

The TS1916CX6 is a step-up (Boost) converter designed for driving up to 10 series white LEDs. 
The TS1916 uses current mode, 1 MHz fixed frequency architecture to regulate the LED current, which is set through an external current sense resistor. Its low feedback voltage reduces power loss and improves efficiency. The over voltage protection pin monitors the output…

Read more

Despite all progress during last years, a flaw of insufficient durability has been adhering to OLED displays.

Our partner RiTdisplay now presents a new generation of OLED displays with considerable improvement of operation hours by changing the composition of organic layers.

Formerly, a certain number of carriers (electrons, holes) passed through the emission layer in an unimpeded manner,…

Read more