Our team will assist you shortly.
Product Attributes
| Type | Description | |
|---|---|---|
| Category | ||
| Import Duty Classification | - | |
| Product Series Line | iPOWIR™ | |
| IC Encapsulation Type | Tube | |
| Availability Status | Obsolete | |
| Primary Function Mode | Step-Down | |
| Output Setup Options | Positive | |
| Circuit Topology Design | Buck | |
| Exit Signal Category | Adjustable | |
| Signal Output Quantity | 1 | |
| Minimum Input Voltage | 1.5V | |
| Maximum Input Voltage | 16V | |
| Minimum Fixed Output | 0.6V | |
| Peak Output Voltage | 12V | |
| Output Delivery Amps | 35A | |
| Switching Cycle Rate | 225kHz ~ 1.65MHz | |
| Sync Rectification Mode | Yes | |
| Ambient Temp Range | -40°C ~ 125°C (TJ) | |
| Quality Grade Level | - | |
| Certification Qualification | - | |
| Attachment Mounting Style | Surface Mount | |
| Component Housing Style | 17-LLGA | |
| Vendor Package Type | 17-LGA (7.65x7.65) |
Description
Yields output current measured at 35A. Engineered for a 225kHz ~ 1.65MHz switching frequency ideal for high-speed electronic uses. Engineered with Step-Down features for versatile component usage. The input voltage established at 1.5V for reliable performance. Mounting configuration Surface Mount for structural stability. Overall outputs 1 for device connections. Temperature range -40°C ~ 125°C (TJ) for environmental conditions impacting thermal efficiency. Preferences Positive for establishing system output configurations. Type Adjustable for ensuring compatibility with output systems. Voltage 12V for optimal output electric potential. Type of housing Tube for safeguarding or transporting components. Style of the enclosure/case 17-LLGA that offers mechanical and thermal protection. Type of package 17-LGA (7.65x7.65) that preserves the integrity of the device. Product status Obsolete concerning availability and lifecycle. Classification series for the product or component iPOWIR™. Supplier package type 17-LGA (7.65x7.65) for component selection. The ability for synchronous rectification Yes to improve energy efficiency. Layout design Buck for electrical systems or configurations. Maximum input voltage 16V for safeguarding. Minimum input voltage 1.5V for operation. The maximum output voltage 12V for devices. The lowest or steady output voltage 0.6V for circuits.
