IXDD609YI IXYS
IXDD609YI IXYS MOSFET/IGBT Driver
The IXDD609YI IXYS low-side gate driver is a high-speed, high-current MOSFET and IGBT gate driver.
- Company:Transfer Multisort Elektronik
- Price:Other
Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.
16~30 item / All 58 items
IXDD609YI IXYS MOSFET/IGBT Driver
The IXDD609YI IXYS low-side gate driver is a high-speed, high-current MOSFET and IGBT gate driver.
Introduction of a case where concerns about business continuity (BCP) were quickly alleviated by a completely pin-compatible IC.
The LD driver IC that the user is using is a key component, but since it has not been purchased from two suppliers, it poses a risk from the perspective of business continuity (BCP), and it was necessary to address this urgently. To facilitate the user's smooth transition to dual sourcing with our IC, we proposed a pin-compatible IC that has electrical characteristics equivalent to those of other companies' ICs, and the same external dimensions and footprint. As a result, we were able to resolve the previously pending issue of business continuity (BCP). Due to the pin-compatible IC, the user can also purchase a greater quantity of cost-effective ICs. [Effects] ■ We were able to resolve the previously pending issue of business continuity (BCP). ■ Due to the pin-compatible IC, the user can purchase a greater quantity of cost-effective ICs. *For more details, please refer to the PDF document or feel free to contact us.
Equipped with a rewriteable register mode! Introduction of temperature compensation technology using OTP memory.
By incorporating OTP memory and sensors into analog circuits, it enables the control of voltage or current based on information from the sensors. Our VCSEL driver IC "PH1025LDBE" features a temperature compensation function that adjusts the bias current and modulation current to maintain a constant VCSEL output power that varies with temperature, by integrating OTP memory and a temperature sensor. In addition to OTP memory, it also includes a writable register mode, allowing for the experimental determination of optimal bias current values and modulation current values for each temperature. 【Features】 ■ Control of voltage or current based on information from sensors ■ Built-in OTP memory and temperature sensor (PH1025LDBE) ■ Includes writable register mode ■ Ability to experimentally determine optimal bias current values and modulation current values for each temperature ■ OTP board equipped with test signal I/F *For more details, please refer to the PDF document or feel free to contact us.
Development of software (algorithm) to operate LED in a gradient on a microcontroller.
I developed software (algorithm) to operate an LED with a gradient effect using a microcontroller. The microcontroller (RENESAS: RX220) is connected to the LED driver IC (PCA9635) via the I2C bus to illuminate the LED.
ELM185 is a laser diode driver (LD driver IC) with an integrated APC (Automatic Power Control) circuit.
**Overview** The ELM185xB is a bipolar structure laser diode driver IC that incorporates an APC circuit consisting of a reference voltage source and an error amplifier. It stabilizes the laser output against changes in supply voltage and temperature using the reference voltage source within the IC. The driver output can drive laser currents of up to 400mA. Due to its compact package, it allows for implementation in a minimal area. As a protective feature, it includes a cutoff circuit for abnormal high temperatures and has the capability to limit the laser drive current in case of control loop failure. The current limit value can be set using an external resistor. It also has a built-in surge-absorbing Zener diode (Vz≈7V) between the power supply (VCC-GND) to prevent laser diode damage. It can drive multiple types of laser diode modules (LDM). Furthermore, it is possible to use the built-in constant current setting function for open-loop constant current driving, rather than driving through APC control, allowing it to be used as an open-loop constant current driver for laser diodes, high-brightness LEDs, and more. *For more details, please refer to the catalog or feel free to contact us.*
1.6MHz, 1A constant current, step-down regulator 'LM3405' for LED power supply
The LM3405 is a 1A constant current buck LED driver designed to provide a simple and highly efficient solution for driving high-power LEDs. It features a 0.205V reference voltage feedback control to minimize power consumption, allowing the current to be set with a single external resistor for driving various types of LEDs. The switching frequency is internally set to 1.6MHz, enabling the use of small surface-mount inductors and capacitors. With current mode control and internal compensation, it is user-friendly and achieves predictable, high-performance regulation across a wide range of operating conditions. This device has a maximum input voltage of 15V and can drive up to three high-brightness LEDs in series with a forward current of 1A, with the forward voltage of a single LED being approximately 3.7V. **Features** - VIN operating range: 3V to 15V - Drives up to five high-brightness LEDs in series at 1A - Thin SOT-6 package - Switching frequency: 1.6MHz - LED enable and PWM dimming via EN/DIM input - 300mΩ NMOS switch *For more details, please contact us.*
The UCC5320 is a high CMTI, configurable single-channel isolated IGBT gate driver.
The UCC5320 is supplied in an 8-pin SOIC (D) package. This package has a creepage distance and clearance of 4mm, supports an isolation voltage of up to 3kVRMS, and is suitable for applications requiring basic insulation. With various options and a wide power range, the UCC5320 is suitable for motor drives and industrial power supplies. The UCC5320S features a split output that can be used to control the rise and fall times of the driver. The UCC5320M option connects the transistor gate to an internal clamp, preventing accidental power-on due to mirror current. The UCC5320E option includes UVLO2 referenced to GND2, making it easier to create bipolar power supplies. 【Features】 ■ Peak current: up to 4.3A ■ Input voltage range: 3 to 15V ■ Output driver supply voltage range: 13.2 to 33V ■ Supports isolation voltage of up to 3kVRMS ■ CMOS input *For more details, please contact us.
Providing turnkey services for small-scale production ICs. Proposing suitable manufacturing methods such as full mask.
In our LSI Design Division, we provide a consistent response from IC design to manufacturing, testing, reliability testing, and analysis using in-house resources and facilities as much as possible. We have extensive experience in developing small signal control ICs such as sensors, and we are capable of developing mixed-signal ICs, including small-scale digital designs. With over 35 years of design experience, we offer solutions tailored to our customers' needs. 【Solution Services】 ■ IC Turnkey Development - Prototyping based on development requirement specifications, providing engineering samples, and subsequent mass production support. ■ IC/LSI Design Contracting - Contract design services across a wide range of fields, from analog ICs to large-scale LSIs. *For more details, please refer to the PDF document or feel free to contact us.
We provide "ICs" tailored to your requirements based on our extensive development experience in various fields cultivated over many years.
Our company offers "Custom IC (Analog ASIC) Development Services." Are you facing issues such as "not knowing where to request IC development (considering outsourcing)" or "struggling with high development costs (NRE) for custom ICs"? We accommodate prototype development and small-scale production, with experienced engineers who will turn your requirements into reality. 【Features】 ■ Supports prototype development and small-scale production ■ Capable of developing from analog ICs to mixed-signal ICs with analog-digital integration ■ Provides suitable solutions for diverse needs *For more details, please refer to the PDF document or feel free to contact us.
Introduction to technology that provides ultra-high-definition, high-functionality LED panels with high quality and long lifespan.
The Common Cathode technology adopted by SCT (Silicon Core Technology) is one of the most important technologies for achieving high-definition panels with an LED pitch of 3mm or less, which has traditionally been difficult, as it reduces power loss, heat dissipation, and the number of components compared to the conventional Common Anode format. With the unique high-integration, low-power LED driver IC developed by the SCT group, we solve previous issues and provide ultra-high-definition, high-functionality panels with a pitch of 1.9mm or less, ensuring high quality and long lifespan. 【Features】 ○ Common Cathode technology ○ Refresh rate & grayscale ○ Ghost removal technology ○ Cool (low heat generation) & Silent (quiet) For more details, please contact us or download the catalog.
A driver IC that can achieve stable constant current control and save power.
The laser diode driver ASIC incorporates a unique high-precision and stable high APC/ACC circuit design, along with laser diode protection features. The LED driver IC and driver module offer stable constant current control for LED lighting, providing the advantages of power savings and LED dimming. For laser projectors: the micro-scanning mirrors of MEMS devices for laser scanning applications have advantages in high precision and high stability.